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Drupal\glossify\GlossifyBase->parseTooltipMatch('In addition, the technological advances that come about as a result of research & development investment in the space industry are transferred to firms in other sectors in the form of ‘spill-over’ effects. Research by Oxford Economics2 suggests that such spill-over effects are very large, with R&D investment by the aerospace sector generating a social return of around 70% - i.e. every €100 million invested in R&D leads to an increase in GDP of €70 million in the longer term in other sectors (e.g. health and medicine, transport, computer science).', Array, '1', '1', 'tooltips', '0', '/taxonomy/term/[id]', 'en') (Line: 166) Drupal\glossify_taxonomy\Plugin\Filter\TaxonomyTooltip->process('<strong>Yesterday a public demonstration of how the four satellites of the EU’s satellite navigation system Galileo can independently and highly accurately determine a position on the Earth’s surface took place in the Galileo Control Centre in Fucino, Italy.</strong> This position fix of longitude, latitude and altitude is a concrete proof of Galileo's ability to provide highly accurate positioning data. The availability of this data is crucial to providers who will create the derived services we ultimately expect from Galileo. As the benefits of Galileo become tangible the next step is for industry providers to start preparing for future market opportunities. Galileo underpins Europe’s economy Europe needs Galileo to strengthen its economic development and reinforce the resilience of the European economic structure, especially against the current context of the European economic crisis. Today, positioning and timing signals provided by satellite navigation systems are used in many critical areas of the economy, including power grid synchronization, electronic trading and mobile phone networks, effective road, sea and air traffic management, in-car navigation, search and rescue service to mention but a few examples. The European GNSS Agency (GSA) in charge of strengthening the market up-take for Galileo and Egnos has published its second market report by the end of 2012 emphasizing the current market share for the different signals. The third market report will be published by the end of October. According to market studies, it is estimated that already 6-7% of Europe's GDP in 2009, or €800 billion, relies on satellite navigation signals provided currently by the US GPS and this dependency is increasing. With Galileo, Europe is will be able to exploit the opportunities provided by satellite navigation to a much greater extent than otherwise possible. Galileo in short: accuracy, innovative services, availability, precision <strong>Better accuracy:</strong> Galileo offers three Open Service signals, each of them providing more information and in larger bands than the unique narrow-band current GPS civil signal. These improvements allow better accuracy and better signal tracking for end users, so better navigation. <strong>Boost the growth of innovative services: </strong>The diversity of the Galileo open signals will permit even more innovation in navigation receivers and applications, from cell-phones to very high accuracy navigation and time receivers, from standalone to assisted and hybridised navigation, from fixed to real-time high-speed usage. Galileo will boost the growth of satellite navigation services. <strong>Availabiliy of signals: </strong>In a combined GPS-Galileo use, as compared to GPS alone, the higher number of satellites available to the user will improve the availability of signals in high-rise cities as well as in mountain regions where buildings/hills can obstruct signals from satellites that are low on the horizon. <strong>High precision: </strong>Galileo offers also a Commercial Service signal that will allow global high-end and innovative applications based on few centimetres accuracy and signal. €124 bn market value to increase to €244 bn by 2020 The global annual market for global navigation satellite products and services is currently valued at <strong>124 billion </strong>Euros and is expected to grow over the next decade, leading to an estimated market size of <strong>€244 billion </strong>in 2020. Like the Internet, a global navigation satellite system is a service enabler rather than a standalone service. It acts as a catalyst for economic activities, leading to the creation of added value and jobs in a wide range of connected sectors (upstream and downstream markets) and at macroeconomic level through socio-economic benefits for society as a whole. The expected benefits of Galileo and EGNOS can be divided into three main components: <ul> <li>Thanks to global navigation satellite systems (GNSS), <strong>new business opportunities are developing.</strong> Innovative uses of satellite navigation are emerging, such as advanced driver assistance systems, assistance for the elderly and the blind, transport vehicle fleet management and road user charging systems. Most of these applications will only become possible with the increased precision of Galileo. The cumulative direct benefits emanating from the GNSS downstream market are estimated to amount to €14 billion over the next 20 years.</li> <li>Thanks to new applications made possible by Galileo, businesses will benefit from <strong>more efficient production processes.</strong> For example, <strong>agriculture </strong>will gain increased crop productivity through more accurate seeding and spraying of fertilizers which in turn helps protect the environment and can lead to increased food production.</li> <li><strong>All sectors of the economy </strong>will gain from increased speed of delivery of goods to customers, with reduced impact on the environment as well as greater safety for road users.</li> <li><strong>Investment in the development of Galileo </strong>supports hundreds of European companies ranging from multi-billion-euro conglomerates to specialised SMEs. Most of the funds spent on the Galileo and EGNOS programmes flow directly into the European economy. </li> </ul> In addition, the technological advances that come about as a result of research & development investment in the space industry are transferred to firms in other sectors in the form of ‘spill-over’ effects. Research by Oxford Economics2 suggests that such spill-over effects are very large, with R&D investment by the aerospace sector generating a social return of around 70% - i.e. every €100 million invested in R&D leads to an increase in GDP of €70 million in the longer term in other sectors (e.g. health and medicine, transport, computer science). The overall economic impact is estimated to be around 90 billion euro over the next 20 years (source: GSA studies Market Monitoring and Forecasting). Galileo applications: from transport to power grids Global Navigation Satellite Systems such as Galileo allow users worldwide to pinpoint their locations or the locations of other people or objects at any given moment. A simple concept, perhaps, but the range of possible uses for this sort of capability is enormous, spanning many domains, both public and private. Numerous potential applications have already been identified, based on the quality and reliability of Galileo signals, but the list is certain to grow, limited only by the imaginations of innovative entrepreneurs and service providers. Location-based services <ul> <li>The integration of accurate positioning signal receivers within mobile telephones, personal digital assistants (PDAs), mp3 players, portable computers, cameras and video devices, will bring Galileo services directly to individuals, making possible a fundamental transformation of the way we live and work.</li> <li>Location Based Services (LBS), identified as the main initial market for Galileo, include a broad range of applications such as ‘Mobile Yellow Pages' or ‘Proximity Services', providing users, wherever they are, with information and advertising about nearby businesses and services.</li> <li>Dedicated positioning devices will be available for tourists or hikers, for amusement park and museum visitors, and people within large shopping centres.</li> </ul> Emergency, security and humanitarian services <ul> <li>Galileo-ready devices will enable new security-related applications, permitting the location of stolen property, for example, or lost pets or individuals.</li> <li>Galileo signals facilitate civil protection operations in harsh environments, speed up rescue operations for people in distress, and provide tools for coastguards and border control authorities.</li> </ul> Transport <ul> <li>Satellite navigation can increase traffic safety and efficiency by improving the way we use vehicles. Highly accurate and reliable Galileo signals will serve fleet management, enabling the delivery of detailed maps or voice notifications to locate specific shipments and containers in road transport. It will deliver similar benefits in aviation, maritime and rail transport, and even for pedestrian traffic.</li> </ul> Agriculture <ul> <li>By integrating Galileo signals with other technologies, the agriculture community can benefit from improved monitoring of the distribution and dilution of chemicals, improved parcel yield thanks to customised treatment and more efficient property management.</li> </ul> Communications Wireless telecommunication networks will use this timing signal of Galileo satellites for network management, for time tagging and for synchronisation of frequency references. Finance, banking, insurance <ul> <li>Galileo's extremely accurate clock makes it formidable instrument for authentication and ‘time stamping' of financial transactions. In today's information society, security, data integrity, authenticity and confidentiality have emerged as major issues in the exchange of electronic documents and computer files. Certified time stamps are necessary for applications such as electronic banking, e-commerce, stock transactions, quality assurance systems and services. Galileo will play a key role in the protection of such information, using the latest authentication techniques.</li> </ul> Energy <ul> <li>Accurate location systems are indispensable in the design, construction and operation of modern energy networks. Power grids must be continuously monitored, and when a power line breaks or a failure occurs, it is vital that monitoring instruments are synchronised with maximum accuracy. The high-quality of time synchronisation represented by Galileo will mean better services for energy transport and distribution.</li> <li>Similarly, in the oil and gas sector, marine seismic exploration will increasingly profit from Galileo services to seismic acquisition vessels and seismic streamer arrays and gun arrays. High-resolution surveys of new sites and identification of any geomorphologic or geophysical risks will also increase the safety of drilling activities.</li> </ul> As already stated, the list of possible applications is still to be completed and the full potential for user services and devices unknown. It will be noted that GPS-based services already exist in many of the areas mentioned above. The key point is that Galileo will increase the levels of accuracy and reliability, making possible a new range of more beneficial and commercially profitable products and services. Galileo early services next available The Galileo programme will soon enter into a new phase as it will start offering early services based on the signals emitted by the Galileo satellites. At this stage, the users will be able to benefit from the Galileo early services in combination with the services of the USA’s GPS. <ul> <li><strong>Early Galileo Open Service,</strong> available in 2014, is Galileo’s freely accessible service for positioning, navigation and timing. It is to be fully interoperable with GPS and will be used for many mass-market applications, including smartphones and in-car navigation. With early services, the mass-market will turn to Galileo signal improvements.</li> <li><strong>Search and Rescue (SAR) contribution to COSPAS-SARSAT service:</strong> The Galileo SAR is an important tool for locating people in distress. It provides a ‘forward link’ for the detection of distress beacons, as well as an innovative ‘return link’ feature that sends a detection acknowledgement message. This way, the person in distress knows that help is on the way. SAR will be Europe’s contribution to the COSPAS-SARSAT co-operative effort on humanitarian search and rescue activities, which helps save 1300 lives every year. </li> <li><strong>Public regulated service (PRS) pilot phase:</strong> The PRS is an encrypted service designed for greater robustness and assured availability. A special Galileo navigation service using encrypted signals set up for better management of critical transport and emergency services, better law enforcement, improved border control and safer peace missions. The signal will be resistant to unintentional interference, malicious jamming, spoofing and meaconing3. The Galileo PRS service will start as of 2014 for use in a pilot-phase with participating EU Member States.</li> <li><strong>Commercial Service demonstrator:</strong> The Galileo Commercial Service will deliver various added-value features, likely to include positioning accurate to centimetres and an authentication feature, allowing for the development of applications for professional or commercial use. The Galileo Commercial Service demonstrator will begin the proof of concept in 2014, with early service expected to start in 2016.</li> </ul> Galileo’s full services by 2020 Gradually with additional satellites in orbit, the availability and coverage of the signal will gradually improve, allowing stand-alone Galileo positioning services to be made available in 2016. Then, by 2020, the Galileo system aims to be fully operational with a global network of ground stations, providing high-accuracy services around the clock and overall the globe. <em><strong>Media note: </strong>This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the <a href="http://www.gsa.europa.eu/" target="_blank">GSA website</a>.</em> More information <a href="http://europa.eu/rapid/press-release_MEMO-13-718_en.htm" target="_blank">http://europa.eu/rapid/press-release_MEMO-13-718_en.htm</a> <a href="http://europa.eu/rapid/press-release_IP-13-729_en.htm?locale=en" target="_blank">http://europa.eu/rapid/press-release_IP-13-729_en.htm?locale=en</a> <a href="http://ec.europa.eu/italia/attualita/primo_piano/industria/galileo_fucino_it.htm" target="_blank">http://ec.europa.eu/italia/attualita/primo_piano/industria/galileo_fucino_it.htm</a> <a href="http://www.gsa.europa.eu/market-report" target="_blank">http://www.gsa.europa.eu/market-report</a> video <a href="http://ec.europa.eu/avservices/video/player.cfm?sitelang=en&ref=I081028" target="_blank">http://ec.europa.eu/avservices/video/player.cfm?sitelang=en&ref=I081028</a> <a href="http://www.egnos-portal.eu/" target="_blank">EGNOS Portal </a> <a href="http://gsa.europa.eu" target="_blank">GSA website</a>', 'en') (Line: 118) Drupal\filter\Element\ProcessedText::preRenderText(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 939) Drupal\views\Plugin\views\field\EntityField->render_item(0, Array) (Line: 1208) Drupal\views\Plugin\views\field\FieldPluginBase->advancedRender(Object) (Line: 238) template_preprocess_views_view_field(Array, 'views_view_field', Array) call_user_func_array('template_preprocess_views_view_field', Array) (Line: 285) Drupal\Core\Theme\ThemeManager->render('views_view_field', Array) (Line: 445) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 1784) Drupal\views\Plugin\views\field\FieldPluginBase->theme(Object) (Line: 765) Drupal\views\Plugin\views\style\StylePluginBase->elementPreRenderRow(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 704) Drupal\views\Plugin\views\style\StylePluginBase->renderFields(Array) (Line: 570) Drupal\views\Plugin\views\style\StylePluginBase->renderGrouping(Array, Array, 1) (Line: 461) Drupal\views\Plugin\views\style\StylePluginBase->render(Array) (Line: 2181) Drupal\views\Plugin\views\display\DisplayPluginBase->render() (Line: 1548) Drupal\views\ViewExecutable->render() (Line: 199) Drupal\views\Plugin\views\display\Page->execute() (Line: 1645) Drupal\views\ViewExecutable->executeDisplay('page_news_archive', Array) (Line: 81) Drupal\views\Element\View::preRenderViewElement(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array, ) (Line: 238) Drupal\Core\Render\MainContent\HtmlRenderer->Drupal\Core\Render\MainContent\{closure}() (Line: 592) Drupal\Core\Render\Renderer->executeInRenderContext(Object, Object) (Line: 239) Drupal\Core\Render\MainContent\HtmlRenderer->prepare(Array, Object, Object) (Line: 128) Drupal\Core\Render\MainContent\HtmlRenderer->renderResponse(Array, Object, Object) (Line: 90) Drupal\Core\EventSubscriber\MainContentViewSubscriber->onViewRenderArray(Object, 'kernel.view', Object) call_user_func(Array, Object, 'kernel.view', Object) (Line: 111) Drupal\Component\EventDispatcher\ContainerAwareEventDispatcher->dispatch(Object, 'kernel.view') (Line: 186) Symfony\Component\HttpKernel\HttpKernel->handleRaw(Object, 1) (Line: 76) Symfony\Component\HttpKernel\HttpKernel->handle(Object, 1, 1) (Line: 58) Drupal\Core\StackMiddleware\Session->handle(Object, 1, 1) (Line: 48) Drupal\Core\StackMiddleware\KernelPreHandle->handle(Object, 1, 1) (Line: 191) Drupal\page_cache\StackMiddleware\PageCache->fetch(Object, 1, 1) (Line: 128) Drupal\page_cache\StackMiddleware\PageCache->lookup(Object, 1, 1) (Line: 82) Drupal\page_cache\StackMiddleware\PageCache->handle(Object, 1, 1) (Line: 48) Drupal\Core\StackMiddleware\ReverseProxyMiddleware->handle(Object, 1, 1) (Line: 51) Drupal\Core\StackMiddleware\NegotiationMiddleware->handle(Object, 1, 1) (Line: 51) Drupal\Core\StackMiddleware\StackedHttpKernel->handle(Object, 1, 1) (Line: 704) Drupal\Core\DrupalKernel->handle(Object) (Line: 19) - Warning: DOMDocumentFragment::appendXML(): R&D in Drupal\glossify\GlossifyBase->parseTooltipMatch() (line 147 of modules/contrib/glossify/src/GlossifyBase.php).
Drupal\glossify\GlossifyBase->parseTooltipMatch('In addition, the technological advances that come about as a result of research & development investment in the space industry are transferred to firms in other sectors in the form of ‘spill-over’ effects. Research by Oxford Economics2 suggests that such spill-over effects are very large, with R&D investment by the aerospace sector generating a social return of around 70% - i.e. every €100 million invested in R&D leads to an increase in GDP of €70 million in the longer term in other sectors (e.g. health and medicine, transport, computer science).', Array, '1', '1', 'tooltips', '0', '/taxonomy/term/[id]', 'en') (Line: 166) Drupal\glossify_taxonomy\Plugin\Filter\TaxonomyTooltip->process('<strong>Yesterday a public demonstration of how the four satellites of the EU’s satellite navigation system Galileo can independently and highly accurately determine a position on the Earth’s surface took place in the Galileo Control Centre in Fucino, Italy.</strong> This position fix of longitude, latitude and altitude is a concrete proof of Galileo's ability to provide highly accurate positioning data. The availability of this data is crucial to providers who will create the derived services we ultimately expect from Galileo. As the benefits of Galileo become tangible the next step is for industry providers to start preparing for future market opportunities. Galileo underpins Europe’s economy Europe needs Galileo to strengthen its economic development and reinforce the resilience of the European economic structure, especially against the current context of the European economic crisis. Today, positioning and timing signals provided by satellite navigation systems are used in many critical areas of the economy, including power grid synchronization, electronic trading and mobile phone networks, effective road, sea and air traffic management, in-car navigation, search and rescue service to mention but a few examples. The European GNSS Agency (GSA) in charge of strengthening the market up-take for Galileo and Egnos has published its second market report by the end of 2012 emphasizing the current market share for the different signals. The third market report will be published by the end of October. According to market studies, it is estimated that already 6-7% of Europe's GDP in 2009, or €800 billion, relies on satellite navigation signals provided currently by the US GPS and this dependency is increasing. With Galileo, Europe is will be able to exploit the opportunities provided by satellite navigation to a much greater extent than otherwise possible. Galileo in short: accuracy, innovative services, availability, precision <strong>Better accuracy:</strong> Galileo offers three Open Service signals, each of them providing more information and in larger bands than the unique narrow-band current GPS civil signal. These improvements allow better accuracy and better signal tracking for end users, so better navigation. <strong>Boost the growth of innovative services: </strong>The diversity of the Galileo open signals will permit even more innovation in navigation receivers and applications, from cell-phones to very high accuracy navigation and time receivers, from standalone to assisted and hybridised navigation, from fixed to real-time high-speed usage. Galileo will boost the growth of satellite navigation services. <strong>Availabiliy of signals: </strong>In a combined GPS-Galileo use, as compared to GPS alone, the higher number of satellites available to the user will improve the availability of signals in high-rise cities as well as in mountain regions where buildings/hills can obstruct signals from satellites that are low on the horizon. <strong>High precision: </strong>Galileo offers also a Commercial Service signal that will allow global high-end and innovative applications based on few centimetres accuracy and signal. €124 bn market value to increase to €244 bn by 2020 The global annual market for global navigation satellite products and services is currently valued at <strong>124 billion </strong>Euros and is expected to grow over the next decade, leading to an estimated market size of <strong>€244 billion </strong>in 2020. Like the Internet, a global navigation satellite system is a service enabler rather than a standalone service. It acts as a catalyst for economic activities, leading to the creation of added value and jobs in a wide range of connected sectors (upstream and downstream markets) and at macroeconomic level through socio-economic benefits for society as a whole. The expected benefits of Galileo and EGNOS can be divided into three main components: <ul> <li>Thanks to global navigation satellite systems (GNSS), <strong>new business opportunities are developing.</strong> Innovative uses of satellite navigation are emerging, such as advanced driver assistance systems, assistance for the elderly and the blind, transport vehicle fleet management and road user charging systems. Most of these applications will only become possible with the increased precision of Galileo. The cumulative direct benefits emanating from the GNSS downstream market are estimated to amount to €14 billion over the next 20 years.</li> <li>Thanks to new applications made possible by Galileo, businesses will benefit from <strong>more efficient production processes.</strong> For example, <strong>agriculture </strong>will gain increased crop productivity through more accurate seeding and spraying of fertilizers which in turn helps protect the environment and can lead to increased food production.</li> <li><strong>All sectors of the economy </strong>will gain from increased speed of delivery of goods to customers, with reduced impact on the environment as well as greater safety for road users.</li> <li><strong>Investment in the development of Galileo </strong>supports hundreds of European companies ranging from multi-billion-euro conglomerates to specialised SMEs. Most of the funds spent on the Galileo and EGNOS programmes flow directly into the European economy. </li> </ul> In addition, the technological advances that come about as a result of research & development investment in the space industry are transferred to firms in other sectors in the form of ‘spill-over’ effects. Research by Oxford Economics2 suggests that such spill-over effects are very large, with R&D investment by the aerospace sector generating a social return of around 70% - i.e. every €100 million invested in R&D leads to an increase in GDP of €70 million in the longer term in other sectors (e.g. health and medicine, transport, computer science). The overall economic impact is estimated to be around 90 billion euro over the next 20 years (source: GSA studies Market Monitoring and Forecasting). Galileo applications: from transport to power grids Global Navigation Satellite Systems such as Galileo allow users worldwide to pinpoint their locations or the locations of other people or objects at any given moment. A simple concept, perhaps, but the range of possible uses for this sort of capability is enormous, spanning many domains, both public and private. Numerous potential applications have already been identified, based on the quality and reliability of Galileo signals, but the list is certain to grow, limited only by the imaginations of innovative entrepreneurs and service providers. Location-based services <ul> <li>The integration of accurate positioning signal receivers within mobile telephones, personal digital assistants (PDAs), mp3 players, portable computers, cameras and video devices, will bring Galileo services directly to individuals, making possible a fundamental transformation of the way we live and work.</li> <li>Location Based Services (LBS), identified as the main initial market for Galileo, include a broad range of applications such as ‘Mobile Yellow Pages' or ‘Proximity Services', providing users, wherever they are, with information and advertising about nearby businesses and services.</li> <li>Dedicated positioning devices will be available for tourists or hikers, for amusement park and museum visitors, and people within large shopping centres.</li> </ul> Emergency, security and humanitarian services <ul> <li>Galileo-ready devices will enable new security-related applications, permitting the location of stolen property, for example, or lost pets or individuals.</li> <li>Galileo signals facilitate civil protection operations in harsh environments, speed up rescue operations for people in distress, and provide tools for coastguards and border control authorities.</li> </ul> Transport <ul> <li>Satellite navigation can increase traffic safety and efficiency by improving the way we use vehicles. Highly accurate and reliable Galileo signals will serve fleet management, enabling the delivery of detailed maps or voice notifications to locate specific shipments and containers in road transport. It will deliver similar benefits in aviation, maritime and rail transport, and even for pedestrian traffic.</li> </ul> Agriculture <ul> <li>By integrating Galileo signals with other technologies, the agriculture community can benefit from improved monitoring of the distribution and dilution of chemicals, improved parcel yield thanks to customised treatment and more efficient property management.</li> </ul> Communications Wireless telecommunication networks will use this timing signal of Galileo satellites for network management, for time tagging and for synchronisation of frequency references. Finance, banking, insurance <ul> <li>Galileo's extremely accurate clock makes it formidable instrument for authentication and ‘time stamping' of financial transactions. In today's information society, security, data integrity, authenticity and confidentiality have emerged as major issues in the exchange of electronic documents and computer files. Certified time stamps are necessary for applications such as electronic banking, e-commerce, stock transactions, quality assurance systems and services. Galileo will play a key role in the protection of such information, using the latest authentication techniques.</li> </ul> Energy <ul> <li>Accurate location systems are indispensable in the design, construction and operation of modern energy networks. Power grids must be continuously monitored, and when a power line breaks or a failure occurs, it is vital that monitoring instruments are synchronised with maximum accuracy. The high-quality of time synchronisation represented by Galileo will mean better services for energy transport and distribution.</li> <li>Similarly, in the oil and gas sector, marine seismic exploration will increasingly profit from Galileo services to seismic acquisition vessels and seismic streamer arrays and gun arrays. High-resolution surveys of new sites and identification of any geomorphologic or geophysical risks will also increase the safety of drilling activities.</li> </ul> As already stated, the list of possible applications is still to be completed and the full potential for user services and devices unknown. It will be noted that GPS-based services already exist in many of the areas mentioned above. The key point is that Galileo will increase the levels of accuracy and reliability, making possible a new range of more beneficial and commercially profitable products and services. Galileo early services next available The Galileo programme will soon enter into a new phase as it will start offering early services based on the signals emitted by the Galileo satellites. At this stage, the users will be able to benefit from the Galileo early services in combination with the services of the USA’s GPS. <ul> <li><strong>Early Galileo Open Service,</strong> available in 2014, is Galileo’s freely accessible service for positioning, navigation and timing. It is to be fully interoperable with GPS and will be used for many mass-market applications, including smartphones and in-car navigation. With early services, the mass-market will turn to Galileo signal improvements.</li> <li><strong>Search and Rescue (SAR) contribution to COSPAS-SARSAT service:</strong> The Galileo SAR is an important tool for locating people in distress. It provides a ‘forward link’ for the detection of distress beacons, as well as an innovative ‘return link’ feature that sends a detection acknowledgement message. This way, the person in distress knows that help is on the way. SAR will be Europe’s contribution to the COSPAS-SARSAT co-operative effort on humanitarian search and rescue activities, which helps save 1300 lives every year. </li> <li><strong>Public regulated service (PRS) pilot phase:</strong> The PRS is an encrypted service designed for greater robustness and assured availability. A special Galileo navigation service using encrypted signals set up for better management of critical transport and emergency services, better law enforcement, improved border control and safer peace missions. The signal will be resistant to unintentional interference, malicious jamming, spoofing and meaconing3. The Galileo PRS service will start as of 2014 for use in a pilot-phase with participating EU Member States.</li> <li><strong>Commercial Service demonstrator:</strong> The Galileo Commercial Service will deliver various added-value features, likely to include positioning accurate to centimetres and an authentication feature, allowing for the development of applications for professional or commercial use. The Galileo Commercial Service demonstrator will begin the proof of concept in 2014, with early service expected to start in 2016.</li> </ul> Galileo’s full services by 2020 Gradually with additional satellites in orbit, the availability and coverage of the signal will gradually improve, allowing stand-alone Galileo positioning services to be made available in 2016. Then, by 2020, the Galileo system aims to be fully operational with a global network of ground stations, providing high-accuracy services around the clock and overall the globe. <em><strong>Media note: </strong>This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the <a href="http://www.gsa.europa.eu/" target="_blank">GSA website</a>.</em> More information <a href="http://europa.eu/rapid/press-release_MEMO-13-718_en.htm" target="_blank">http://europa.eu/rapid/press-release_MEMO-13-718_en.htm</a> <a href="http://europa.eu/rapid/press-release_IP-13-729_en.htm?locale=en" target="_blank">http://europa.eu/rapid/press-release_IP-13-729_en.htm?locale=en</a> <a href="http://ec.europa.eu/italia/attualita/primo_piano/industria/galileo_fucino_it.htm" target="_blank">http://ec.europa.eu/italia/attualita/primo_piano/industria/galileo_fucino_it.htm</a> <a href="http://www.gsa.europa.eu/market-report" target="_blank">http://www.gsa.europa.eu/market-report</a> video <a href="http://ec.europa.eu/avservices/video/player.cfm?sitelang=en&ref=I081028" target="_blank">http://ec.europa.eu/avservices/video/player.cfm?sitelang=en&ref=I081028</a> <a href="http://www.egnos-portal.eu/" target="_blank">EGNOS Portal </a> <a href="http://gsa.europa.eu" target="_blank">GSA website</a>', 'en') (Line: 118) Drupal\filter\Element\ProcessedText::preRenderText(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 939) Drupal\views\Plugin\views\field\EntityField->render_item(0, Array) (Line: 1208) Drupal\views\Plugin\views\field\FieldPluginBase->advancedRender(Object) (Line: 238) template_preprocess_views_view_field(Array, 'views_view_field', Array) call_user_func_array('template_preprocess_views_view_field', Array) (Line: 285) Drupal\Core\Theme\ThemeManager->render('views_view_field', Array) (Line: 445) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 1784) Drupal\views\Plugin\views\field\FieldPluginBase->theme(Object) (Line: 765) Drupal\views\Plugin\views\style\StylePluginBase->elementPreRenderRow(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 704) Drupal\views\Plugin\views\style\StylePluginBase->renderFields(Array) (Line: 570) Drupal\views\Plugin\views\style\StylePluginBase->renderGrouping(Array, Array, 1) (Line: 461) Drupal\views\Plugin\views\style\StylePluginBase->render(Array) (Line: 2181) Drupal\views\Plugin\views\display\DisplayPluginBase->render() (Line: 1548) Drupal\views\ViewExecutable->render() (Line: 199) Drupal\views\Plugin\views\display\Page->execute() (Line: 1645) Drupal\views\ViewExecutable->executeDisplay('page_news_archive', Array) (Line: 81) Drupal\views\Element\View::preRenderViewElement(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array, ) (Line: 238) Drupal\Core\Render\MainContent\HtmlRenderer->Drupal\Core\Render\MainContent\{closure}() (Line: 592) Drupal\Core\Render\Renderer->executeInRenderContext(Object, Object) (Line: 239) Drupal\Core\Render\MainContent\HtmlRenderer->prepare(Array, Object, Object) (Line: 128) Drupal\Core\Render\MainContent\HtmlRenderer->renderResponse(Array, Object, Object) (Line: 90) Drupal\Core\EventSubscriber\MainContentViewSubscriber->onViewRenderArray(Object, 'kernel.view', Object) call_user_func(Array, Object, 'kernel.view', Object) (Line: 111) Drupal\Component\EventDispatcher\ContainerAwareEventDispatcher->dispatch(Object, 'kernel.view') (Line: 186) Symfony\Component\HttpKernel\HttpKernel->handleRaw(Object, 1) (Line: 76) Symfony\Component\HttpKernel\HttpKernel->handle(Object, 1, 1) (Line: 58) Drupal\Core\StackMiddleware\Session->handle(Object, 1, 1) (Line: 48) Drupal\Core\StackMiddleware\KernelPreHandle->handle(Object, 1, 1) (Line: 191) Drupal\page_cache\StackMiddleware\PageCache->fetch(Object, 1, 1) (Line: 128) Drupal\page_cache\StackMiddleware\PageCache->lookup(Object, 1, 1) (Line: 82) Drupal\page_cache\StackMiddleware\PageCache->handle(Object, 1, 1) (Line: 48) Drupal\Core\StackMiddleware\ReverseProxyMiddleware->handle(Object, 1, 1) (Line: 51) Drupal\Core\StackMiddleware\NegotiationMiddleware->handle(Object, 1, 1) (Line: 51) Drupal\Core\StackMiddleware\StackedHttpKernel->handle(Object, 1, 1) (Line: 704) Drupal\Core\DrupalKernel->handle(Object) (Line: 19) - Warning: DOMDocumentFragment::appendXML(): ^ in Drupal\glossify\GlossifyBase->parseTooltipMatch() (line 147 of modules/contrib/glossify/src/GlossifyBase.php).
Drupal\glossify\GlossifyBase->parseTooltipMatch('In addition, the technological advances that come about as a result of research & development investment in the space industry are transferred to firms in other sectors in the form of ‘spill-over’ effects. Research by Oxford Economics2 suggests that such spill-over effects are very large, with R&D investment by the aerospace sector generating a social return of around 70% - i.e. every €100 million invested in R&D leads to an increase in GDP of €70 million in the longer term in other sectors (e.g. health and medicine, transport, computer science).', Array, '1', '1', 'tooltips', '0', '/taxonomy/term/[id]', 'en') (Line: 166) Drupal\glossify_taxonomy\Plugin\Filter\TaxonomyTooltip->process('<strong>Yesterday a public demonstration of how the four satellites of the EU’s satellite navigation system Galileo can independently and highly accurately determine a position on the Earth’s surface took place in the Galileo Control Centre in Fucino, Italy.</strong> This position fix of longitude, latitude and altitude is a concrete proof of Galileo's ability to provide highly accurate positioning data. The availability of this data is crucial to providers who will create the derived services we ultimately expect from Galileo. As the benefits of Galileo become tangible the next step is for industry providers to start preparing for future market opportunities. Galileo underpins Europe’s economy Europe needs Galileo to strengthen its economic development and reinforce the resilience of the European economic structure, especially against the current context of the European economic crisis. Today, positioning and timing signals provided by satellite navigation systems are used in many critical areas of the economy, including power grid synchronization, electronic trading and mobile phone networks, effective road, sea and air traffic management, in-car navigation, search and rescue service to mention but a few examples. The European GNSS Agency (GSA) in charge of strengthening the market up-take for Galileo and Egnos has published its second market report by the end of 2012 emphasizing the current market share for the different signals. The third market report will be published by the end of October. According to market studies, it is estimated that already 6-7% of Europe's GDP in 2009, or €800 billion, relies on satellite navigation signals provided currently by the US GPS and this dependency is increasing. With Galileo, Europe is will be able to exploit the opportunities provided by satellite navigation to a much greater extent than otherwise possible. Galileo in short: accuracy, innovative services, availability, precision <strong>Better accuracy:</strong> Galileo offers three Open Service signals, each of them providing more information and in larger bands than the unique narrow-band current GPS civil signal. These improvements allow better accuracy and better signal tracking for end users, so better navigation. <strong>Boost the growth of innovative services: </strong>The diversity of the Galileo open signals will permit even more innovation in navigation receivers and applications, from cell-phones to very high accuracy navigation and time receivers, from standalone to assisted and hybridised navigation, from fixed to real-time high-speed usage. Galileo will boost the growth of satellite navigation services. <strong>Availabiliy of signals: </strong>In a combined GPS-Galileo use, as compared to GPS alone, the higher number of satellites available to the user will improve the availability of signals in high-rise cities as well as in mountain regions where buildings/hills can obstruct signals from satellites that are low on the horizon. <strong>High precision: </strong>Galileo offers also a Commercial Service signal that will allow global high-end and innovative applications based on few centimetres accuracy and signal. €124 bn market value to increase to €244 bn by 2020 The global annual market for global navigation satellite products and services is currently valued at <strong>124 billion </strong>Euros and is expected to grow over the next decade, leading to an estimated market size of <strong>€244 billion </strong>in 2020. Like the Internet, a global navigation satellite system is a service enabler rather than a standalone service. It acts as a catalyst for economic activities, leading to the creation of added value and jobs in a wide range of connected sectors (upstream and downstream markets) and at macroeconomic level through socio-economic benefits for society as a whole. The expected benefits of Galileo and EGNOS can be divided into three main components: <ul> <li>Thanks to global navigation satellite systems (GNSS), <strong>new business opportunities are developing.</strong> Innovative uses of satellite navigation are emerging, such as advanced driver assistance systems, assistance for the elderly and the blind, transport vehicle fleet management and road user charging systems. Most of these applications will only become possible with the increased precision of Galileo. The cumulative direct benefits emanating from the GNSS downstream market are estimated to amount to €14 billion over the next 20 years.</li> <li>Thanks to new applications made possible by Galileo, businesses will benefit from <strong>more efficient production processes.</strong> For example, <strong>agriculture </strong>will gain increased crop productivity through more accurate seeding and spraying of fertilizers which in turn helps protect the environment and can lead to increased food production.</li> <li><strong>All sectors of the economy </strong>will gain from increased speed of delivery of goods to customers, with reduced impact on the environment as well as greater safety for road users.</li> <li><strong>Investment in the development of Galileo </strong>supports hundreds of European companies ranging from multi-billion-euro conglomerates to specialised SMEs. Most of the funds spent on the Galileo and EGNOS programmes flow directly into the European economy. </li> </ul> In addition, the technological advances that come about as a result of research & development investment in the space industry are transferred to firms in other sectors in the form of ‘spill-over’ effects. Research by Oxford Economics2 suggests that such spill-over effects are very large, with R&D investment by the aerospace sector generating a social return of around 70% - i.e. every €100 million invested in R&D leads to an increase in GDP of €70 million in the longer term in other sectors (e.g. health and medicine, transport, computer science). The overall economic impact is estimated to be around 90 billion euro over the next 20 years (source: GSA studies Market Monitoring and Forecasting). Galileo applications: from transport to power grids Global Navigation Satellite Systems such as Galileo allow users worldwide to pinpoint their locations or the locations of other people or objects at any given moment. A simple concept, perhaps, but the range of possible uses for this sort of capability is enormous, spanning many domains, both public and private. Numerous potential applications have already been identified, based on the quality and reliability of Galileo signals, but the list is certain to grow, limited only by the imaginations of innovative entrepreneurs and service providers. Location-based services <ul> <li>The integration of accurate positioning signal receivers within mobile telephones, personal digital assistants (PDAs), mp3 players, portable computers, cameras and video devices, will bring Galileo services directly to individuals, making possible a fundamental transformation of the way we live and work.</li> <li>Location Based Services (LBS), identified as the main initial market for Galileo, include a broad range of applications such as ‘Mobile Yellow Pages' or ‘Proximity Services', providing users, wherever they are, with information and advertising about nearby businesses and services.</li> <li>Dedicated positioning devices will be available for tourists or hikers, for amusement park and museum visitors, and people within large shopping centres.</li> </ul> Emergency, security and humanitarian services <ul> <li>Galileo-ready devices will enable new security-related applications, permitting the location of stolen property, for example, or lost pets or individuals.</li> <li>Galileo signals facilitate civil protection operations in harsh environments, speed up rescue operations for people in distress, and provide tools for coastguards and border control authorities.</li> </ul> Transport <ul> <li>Satellite navigation can increase traffic safety and efficiency by improving the way we use vehicles. Highly accurate and reliable Galileo signals will serve fleet management, enabling the delivery of detailed maps or voice notifications to locate specific shipments and containers in road transport. It will deliver similar benefits in aviation, maritime and rail transport, and even for pedestrian traffic.</li> </ul> Agriculture <ul> <li>By integrating Galileo signals with other technologies, the agriculture community can benefit from improved monitoring of the distribution and dilution of chemicals, improved parcel yield thanks to customised treatment and more efficient property management.</li> </ul> Communications Wireless telecommunication networks will use this timing signal of Galileo satellites for network management, for time tagging and for synchronisation of frequency references. Finance, banking, insurance <ul> <li>Galileo's extremely accurate clock makes it formidable instrument for authentication and ‘time stamping' of financial transactions. In today's information society, security, data integrity, authenticity and confidentiality have emerged as major issues in the exchange of electronic documents and computer files. Certified time stamps are necessary for applications such as electronic banking, e-commerce, stock transactions, quality assurance systems and services. Galileo will play a key role in the protection of such information, using the latest authentication techniques.</li> </ul> Energy <ul> <li>Accurate location systems are indispensable in the design, construction and operation of modern energy networks. Power grids must be continuously monitored, and when a power line breaks or a failure occurs, it is vital that monitoring instruments are synchronised with maximum accuracy. The high-quality of time synchronisation represented by Galileo will mean better services for energy transport and distribution.</li> <li>Similarly, in the oil and gas sector, marine seismic exploration will increasingly profit from Galileo services to seismic acquisition vessels and seismic streamer arrays and gun arrays. High-resolution surveys of new sites and identification of any geomorphologic or geophysical risks will also increase the safety of drilling activities.</li> </ul> As already stated, the list of possible applications is still to be completed and the full potential for user services and devices unknown. It will be noted that GPS-based services already exist in many of the areas mentioned above. The key point is that Galileo will increase the levels of accuracy and reliability, making possible a new range of more beneficial and commercially profitable products and services. Galileo early services next available The Galileo programme will soon enter into a new phase as it will start offering early services based on the signals emitted by the Galileo satellites. At this stage, the users will be able to benefit from the Galileo early services in combination with the services of the USA’s GPS. <ul> <li><strong>Early Galileo Open Service,</strong> available in 2014, is Galileo’s freely accessible service for positioning, navigation and timing. It is to be fully interoperable with GPS and will be used for many mass-market applications, including smartphones and in-car navigation. With early services, the mass-market will turn to Galileo signal improvements.</li> <li><strong>Search and Rescue (SAR) contribution to COSPAS-SARSAT service:</strong> The Galileo SAR is an important tool for locating people in distress. It provides a ‘forward link’ for the detection of distress beacons, as well as an innovative ‘return link’ feature that sends a detection acknowledgement message. This way, the person in distress knows that help is on the way. SAR will be Europe’s contribution to the COSPAS-SARSAT co-operative effort on humanitarian search and rescue activities, which helps save 1300 lives every year. </li> <li><strong>Public regulated service (PRS) pilot phase:</strong> The PRS is an encrypted service designed for greater robustness and assured availability. A special Galileo navigation service using encrypted signals set up for better management of critical transport and emergency services, better law enforcement, improved border control and safer peace missions. The signal will be resistant to unintentional interference, malicious jamming, spoofing and meaconing3. The Galileo PRS service will start as of 2014 for use in a pilot-phase with participating EU Member States.</li> <li><strong>Commercial Service demonstrator:</strong> The Galileo Commercial Service will deliver various added-value features, likely to include positioning accurate to centimetres and an authentication feature, allowing for the development of applications for professional or commercial use. The Galileo Commercial Service demonstrator will begin the proof of concept in 2014, with early service expected to start in 2016.</li> </ul> Galileo’s full services by 2020 Gradually with additional satellites in orbit, the availability and coverage of the signal will gradually improve, allowing stand-alone Galileo positioning services to be made available in 2016. Then, by 2020, the Galileo system aims to be fully operational with a global network of ground stations, providing high-accuracy services around the clock and overall the globe. <em><strong>Media note: </strong>This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the <a href="http://www.gsa.europa.eu/" target="_blank">GSA website</a>.</em> More information <a href="http://europa.eu/rapid/press-release_MEMO-13-718_en.htm" target="_blank">http://europa.eu/rapid/press-release_MEMO-13-718_en.htm</a> <a href="http://europa.eu/rapid/press-release_IP-13-729_en.htm?locale=en" target="_blank">http://europa.eu/rapid/press-release_IP-13-729_en.htm?locale=en</a> <a href="http://ec.europa.eu/italia/attualita/primo_piano/industria/galileo_fucino_it.htm" target="_blank">http://ec.europa.eu/italia/attualita/primo_piano/industria/galileo_fucino_it.htm</a> <a href="http://www.gsa.europa.eu/market-report" target="_blank">http://www.gsa.europa.eu/market-report</a> video <a href="http://ec.europa.eu/avservices/video/player.cfm?sitelang=en&ref=I081028" target="_blank">http://ec.europa.eu/avservices/video/player.cfm?sitelang=en&ref=I081028</a> <a href="http://www.egnos-portal.eu/" target="_blank">EGNOS Portal </a> <a href="http://gsa.europa.eu" target="_blank">GSA website</a>', 'en') (Line: 118) Drupal\filter\Element\ProcessedText::preRenderText(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 939) Drupal\views\Plugin\views\field\EntityField->render_item(0, Array) (Line: 1208) Drupal\views\Plugin\views\field\FieldPluginBase->advancedRender(Object) (Line: 238) template_preprocess_views_view_field(Array, 'views_view_field', Array) call_user_func_array('template_preprocess_views_view_field', Array) (Line: 285) Drupal\Core\Theme\ThemeManager->render('views_view_field', Array) (Line: 445) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 1784) Drupal\views\Plugin\views\field\FieldPluginBase->theme(Object) (Line: 765) Drupal\views\Plugin\views\style\StylePluginBase->elementPreRenderRow(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array) (Line: 704) Drupal\views\Plugin\views\style\StylePluginBase->renderFields(Array) (Line: 570) Drupal\views\Plugin\views\style\StylePluginBase->renderGrouping(Array, Array, 1) (Line: 461) Drupal\views\Plugin\views\style\StylePluginBase->render(Array) (Line: 2181) Drupal\views\Plugin\views\display\DisplayPluginBase->render() (Line: 1548) Drupal\views\ViewExecutable->render() (Line: 199) Drupal\views\Plugin\views\display\Page->execute() (Line: 1645) Drupal\views\ViewExecutable->executeDisplay('page_news_archive', Array) (Line: 81) Drupal\views\Element\View::preRenderViewElement(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. The callback was %s. See https://www.drupal.org/node/2966725', 'exception', 'Drupal\Core\Render\Element\RenderCallbackInterface') (Line: 797) Drupal\Core\Render\Renderer->doCallback('#pre_render', Array, Array) (Line: 386) Drupal\Core\Render\Renderer->doRender(Array, ) (Line: 204) Drupal\Core\Render\Renderer->render(Array, ) (Line: 238) Drupal\Core\Render\MainContent\HtmlRenderer->Drupal\Core\Render\MainContent\{closure}() (Line: 592) Drupal\Core\Render\Renderer->executeInRenderContext(Object, Object) (Line: 239) Drupal\Core\Render\MainContent\HtmlRenderer->prepare(Array, Object, Object) (Line: 128) Drupal\Core\Render\MainContent\HtmlRenderer->renderResponse(Array, Object, Object) (Line: 90) Drupal\Core\EventSubscriber\MainContentViewSubscriber->onViewRenderArray(Object, 'kernel.view', Object) call_user_func(Array, Object, 'kernel.view', Object) (Line: 111) Drupal\Component\EventDispatcher\ContainerAwareEventDispatcher->dispatch(Object, 'kernel.view') (Line: 186) Symfony\Component\HttpKernel\HttpKernel->handleRaw(Object, 1) (Line: 76) Symfony\Component\HttpKernel\HttpKernel->handle(Object, 1, 1) (Line: 58) Drupal\Core\StackMiddleware\Session->handle(Object, 1, 1) (Line: 48) Drupal\Core\StackMiddleware\KernelPreHandle->handle(Object, 1, 1) (Line: 191) Drupal\page_cache\StackMiddleware\PageCache->fetch(Object, 1, 1) (Line: 128) Drupal\page_cache\StackMiddleware\PageCache->lookup(Object, 1, 1) (Line: 82) Drupal\page_cache\StackMiddleware\PageCache->handle(Object, 1, 1) (Line: 48) Drupal\Core\StackMiddleware\ReverseProxyMiddleware->handle(Object, 1, 1) (Line: 51) Drupal\Core\StackMiddleware\NegotiationMiddleware->handle(Object, 1, 1) (Line: 51) Drupal\Core\StackMiddleware\StackedHttpKernel->handle(Object, 1, 1) (Line: 704) Drupal\Core\DrupalKernel->handle(Object) (Line: 19) - Warning: DOMNode::insertBefore(): Document Fragment is empty in Drupal\glossify\GlossifyBase->parseTooltipMatch() (line 187 of modules/contrib/glossify/src/GlossifyBase.php).
Drupal\glossify\GlossifyBase->parseTooltipMatch('In addition, the technological advances that come about as a result of research & development investment in the space industry are transferred to firms in other sectors in the form of ‘spill-over’ effects. Research by Oxford Economics2 suggests that such spill-over effects are very large, with R&D investment by the aerospace sector generating a social return of around 70% - i.e. every €100 million invested in R&D leads to an increase in GDP of €70 million in the longer term in other sectors (e.g. health and medicine, transport, computer science).', Array, '1', '1', 'tooltips', '0', '/taxonomy/term/[id]', 'en') (Line: 166) Drupal\glossify_taxonomy\Plugin\Filter\TaxonomyTooltip->process('<strong>Yesterday a public demonstration of how the four satellites of the EU’s satellite navigation system Galileo can independently and highly accurately determine a position on the Earth’s surface took place in the Galileo Control Centre in Fucino, Italy.</strong> This position fix of longitude, latitude and altitude is a concrete proof of Galileo's ability to provide highly accurate positioning data. The availability of this data is crucial to providers who will create the derived services we ultimately expect from Galileo. As the benefits of Galileo become tangible the next step is for industry providers to start preparing for future market opportunities. Galileo underpins Europe’s economy Europe needs Galileo to strengthen its economic development and reinforce the resilience of the European economic structure, especially against the current context of the European economic crisis. Today, positioning and timing signals provided by satellite navigation systems are used in many critical areas of the economy, including power grid synchronization, electronic trading and mobile phone networks, effective road, sea and air traffic management, in-car navigation, search and rescue service to mention but a few examples. The European GNSS Agency (GSA) in charge of strengthening the market up-take for Galileo and Egnos has published its second market report by the end of 2012 emphasizing the current market share for the different signals. The third market report will be published by the end of October. According to market studies, it is estimated that already 6-7% of Europe's GDP in 2009, or €800 billion, relies on satellite navigation signals provided currently by the US GPS and this dependency is increasing. With Galileo, Europe is will be able to exploit the opportunities provided by satellite navigation to a much greater extent than otherwise possible. Galileo in short: accuracy, innovative services, availability, precision <strong>Better accuracy:</strong> Galileo offers three Open Service signals, each of them providing more information and in larger bands than the unique narrow-band current GPS civil signal. These improvements allow better accuracy and better signal tracking for end users, so better navigation. <strong>Boost the growth of innovative services: </strong>The diversity of the Galileo open signals will permit even more innovation in navigation receivers and applications, from cell-phones to very high accuracy navigation and time receivers, from standalone to assisted and hybridised navigation, from fixed to real-time high-speed usage. Galileo will boost the growth of satellite navigation services. <strong>Availabiliy of signals: </strong>In a combined GPS-Galileo use, as compared to GPS alone, the higher number of satellites available to the user will improve the availability of signals in high-rise cities as well as in mountain regions where buildings/hills can obstruct signals from satellites that are low on the horizon. <strong>High precision: </strong>Galileo offers also a Commercial Service signal that will allow global high-end and innovative applications based on few centimetres accuracy and signal. €124 bn market value to increase to €244 bn by 2020 The global annual market for global navigation satellite products and services is currently valued at <strong>124 billion </strong>Euros and is expected to grow over the next decade, leading to an estimated market size of <strong>€244 billion </strong>in 2020. Like the Internet, a global navigation satellite system is a service enabler rather than a standalone service. It acts as a catalyst for economic activities, leading to the creation of added value and jobs in a wide range of connected sectors (upstream and downstream markets) and at macroeconomic level through socio-economic benefits for society as a whole. The expected benefits of Galileo and EGNOS can be divided into three main components: <ul> <li>Thanks to global navigation satellite systems (GNSS), <strong>new business opportunities are developing.</strong> Innovative uses of satellite navigation are emerging, such as advanced driver assistance systems, assistance for the elderly and the blind, transport vehicle fleet management and road user charging systems. Most of these applications will only become possible with the increased precision of Galileo. The cumulative direct benefits emanating from the GNSS downstream market are estimated to amount to €14 billion over the next 20 years.</li> <li>Thanks to new applications made possible by Galileo, businesses will benefit from <strong>more efficient production processes.</strong> For example, <strong>agriculture </strong>will gain increased crop productivity through more accurate seeding and spraying of fertilizers which in turn helps protect the environment and can lead to increased food production.</li> <li><strong>All sectors of the economy </strong>will gain from increased speed of delivery of goods to customers, with reduced impact on the environment as well as greater safety for road users.</li> <li><strong>Investment in the development of Galileo </strong>supports hundreds of European companies ranging from multi-billion-euro conglomerates to specialised SMEs. Most of the funds spent on the Galileo and EGNOS programmes flow directly into the European economy. </li> </ul> In addition, the technological advances that come about as a result of research & development investment in the space industry are transferred to firms in other sectors in the form of ‘spill-over’ effects. Research by Oxford Economics2 suggests that such spill-over effects are very large, with R&D investment by the aerospace sector generating a social return of around 70% - i.e. every €100 million invested in R&D leads to an increase in GDP of €70 million in the longer term in other sectors (e.g. health and medicine, transport, computer science). The overall economic impact is estimated to be around 90 billion euro over the next 20 years (source: GSA studies Market Monitoring and Forecasting). Galileo applications: from transport to power grids Global Navigation Satellite Systems such as Galileo allow users worldwide to pinpoint their locations or the locations of other people or objects at any given moment. A simple concept, perhaps, but the range of possible uses for this sort of capability is enormous, spanning many domains, both public and private. Numerous potential applications have already been identified, based on the quality and reliability of Galileo signals, but the list is certain to grow, limited only by the imaginations of innovative entrepreneurs and service providers. Location-based services <ul> <li>The integration of accurate positioning signal receivers within mobile telephones, personal digital assistants (PDAs), mp3 players, portable computers, cameras and video devices, will bring Galileo services directly to individuals, making possible a fundamental transformation of the way we live and work.</li> <li>Location Based Services (LBS), identified as the main initial market for Galileo, include a broad range of applications such as ‘Mobile Yellow Pages' or ‘Proximity Services', providing users, wherever they are, with information and advertising about nearby businesses and services.</li> <li>Dedicated positioning devices will be available for tourists or hikers, for amusement park and museum visitors, and people within large shopping centres.</li> </ul> Emergency, security and humanitarian services <ul> <li>Galileo-ready devices will enable new security-related applications, permitting the location of stolen property, for example, or lost pets or individuals.</li> <li>Galileo signals facilitate civil protection operations in harsh environments, speed up rescue operations for people in distress, and provide tools for coastguards and border control authorities.</li> </ul> Transport <ul> <li>Satellite navigation can increase traffic safety and efficiency by improving the way we use vehicles. Highly accurate and reliable Galileo signals will serve fleet management, enabling the delivery of detailed maps or voice notifications to locate specific shipments and containers in road transport. It will deliver similar benefits in aviation, maritime and rail transport, and even for pedestrian traffic.</li> </ul> Agriculture <ul> <li>By integrating Galileo signals with other technologies, the agriculture community can benefit from improved monitoring of the distribution and dilution of chemicals, improved parcel yield thanks to customised treatment and more efficient property management.</li> </ul> Communications Wireless telecommunication networks will use this timing signal of Galileo satellites for network management, for time tagging and for synchronisation of frequency references. Finance, banking, insurance <ul> <li>Galileo's extremely accurate clock makes it formidable instrument for authentication and ‘time stamping' of financial transactions. In today's information society, security, data integrity, authenticity and confidentiality have emerged as major issues in the exchange of electronic documents and computer files. Certified time stamps are necessary for applications such as electronic banking, e-commerce, stock transactions, quality assurance systems and services. Galileo will play a key role in the protection of such information, using the latest authentication techniques.</li> </ul> Energy <ul> <li>Accurate location systems are indispensable in the design, construction and operation of modern energy networks. Power grids must be continuously monitored, and when a power line breaks or a failure occurs, it is vital that monitoring instruments are synchronised with maximum accuracy. The high-quality of time synchronisation represented by Galileo will mean better services for energy transport and distribution.</li> <li>Similarly, in the oil and gas sector, marine seismic exploration will increasingly profit from Galileo services to seismic acquisition vessels and seismic streamer arrays and gun arrays. High-resolution surveys of new sites and identification of any geomorphologic or geophysical risks will also increase the safety of drilling activities.</li> </ul> As already stated, the list of possible applications is still to be completed and the full potential for user services and devices unknown. It will be noted that GPS-based services already exist in many of the areas mentioned above. The key point is that Galileo will increase the levels of accuracy and reliability, making possible a new range of more beneficial and commercially profitable products and services. Galileo early services next available The Galileo programme will soon enter into a new phase as it will start offering early services based on the signals emitted by the Galileo satellites. At this stage, the users will be able to benefit from the Galileo early services in combination with the services of the USA’s GPS. <ul> <li><strong>Early Galileo Open Service,</strong> available in 2014, is Galileo’s freely accessible service for positioning, navigation and timing. It is to be fully interoperable with GPS and will be used for many mass-market applications, including smartphones and in-car navigation. With early services, the mass-market will turn to Galileo signal improvements.</li> <li><strong>Search and Rescue (SAR) contribution to COSPAS-SARSAT service:</strong> The Galileo SAR is an important tool for locating people in distress. It provides a ‘forward link’ for the detection of distress beacons, as well as an innovative ‘return link’ feature that sends a detection acknowledgement message. This way, the person in distress knows that help is on the way. SAR will be Europe’s contribution to the COSPAS-SARSAT co-operative effort on humanitarian search and rescue activities, which helps save 1300 lives every year. </li> <li><strong>Public regulated service (PRS) pilot phase:</strong> The PRS is an encrypted service designed for greater robustness and assured availability. A special Galileo navigation service using encrypted signals set up for better management of critical transport and emergency services, better law enforcement, improved border control and safer peace missions. The signal will be resistant to unintentional interference, malicious jamming, spoofing and meaconing3. The Galileo PRS service will start as of 2014 for use in a pilot-phase with participating EU Member States.</li> <li><strong>Commercial Service demonstrator:</strong> The Galileo Commercial Service will deliver various added-value features, likely to include positioning accurate to centimetres and an authentication feature, allowing for the development of applications for professional or commercial use. The Galileo Commercial Service demonstrator will begin the proof of concept in 2014, with early service expected to start in 2016.</li> </ul> Galileo’s full services by 2020 Gradually with additional satellites in orbit, the availability and coverage of the signal will gradually improve, allowing stand-alone Galileo positioning services to be made available in 2016. Then, by 2020, the Galileo system aims to be fully operational with a global network of ground stations, providing high-accuracy services around the clock and overall the globe. <em><strong>Media note: </strong>This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the <a href="http://www.gsa.europa.eu/" target="_blank">GSA website</a>.</em> More information <a href="http://europa.eu/rapid/press-release_MEMO-13-718_en.htm" target="_blank">http://europa.eu/rapid/press-release_MEMO-13-718_en.htm</a> <a href="http://europa.eu/rapid/press-release_IP-13-729_en.htm?locale=en" target="_blank">http://europa.eu/rapid/press-release_IP-13-729_en.htm?locale=en</a> <a href="http://ec.europa.eu/italia/attualita/primo_piano/industria/galileo_fucino_it.htm" target="_blank">http://ec.europa.eu/italia/attualita/primo_piano/industria/galileo_fucino_it.htm</a> <a href="http://www.gsa.europa.eu/market-report" target="_blank">http://www.gsa.europa.eu/market-report</a> video <a href="http://ec.europa.eu/avservices/video/player.cfm?sitelang=en&ref=I081028" target="_blank">http://ec.europa.eu/avservices/video/player.cfm?sitelang=en&ref=I081028</a> <a href="http://www.egnos-portal.eu/" target="_blank">EGNOS Portal </a> <a href="http://gsa.europa.eu" target="_blank">GSA website</a>', 'en') (Line: 118) Drupal\filter\Element\ProcessedText::preRenderText(Array) call_user_func_array(Array, Array) (Line: 111) Drupal\Core\Render\Renderer->doTrustedCallback(Array, Array, 'Render #pre_render callbacks must be methods of a class that implements \Drupal\Core\Security\TrustedCallbackInterface or be an anonymous function. 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Displaying 831 - 840 of 995
Displaying 831 - 840 of 995