|A hybrid vehicular platform for sensor fusion and highly accurate localization.
|LOCUS will seamlessly take the concept of hybrid localization and sensor fusion to any mobile platform, not just vehicular contexts.
|H2020 5G-PPP Flex5Gware
|Highly reconfigurable hardware and HW-agnostic SW platforms, including location awareness for context-dependent networking.
|LOCUS will provide accurate location information not only as a tool for optimized networking, but rather as a holistic operator-managed service for any vertical applications.
|A location tracking-capable UWB platform for high- and low-data rate communications.
|Whereas EUWB counted on an ad hoc platform, LOCUS will provide location-tracking capabilities by exploiting future 5G networks.
|A cheap indoor WSN for detection, identification and tracking.
|LOCUS will re-use the concept of fusion of cooperating microsystems but will apply it in general scenarios, including outdoor ones.
|A Location-as-a-Service based on WiFi, cellular and Galileo signals, with APIs and clients for developers.
|The LOCUS system will encompass any technology available to achieve accurate user localization; technology fusion will happen automatically and seamlessly.
|Other H2020 GNSS projects
|Galileo and other GNSS technologies have been used to propose efficient and accurate localization services.
|LOCUS will not rely on GNSS signals that –despite common thinking– are not so widely available for indoor and dense urban scenarios.
|H2020 EASME Nav4I
|Indoor localization technology with accuracy of 1 m .
|LOCUS will demonstrate the achievement of sub-meter accuracy not only indoor.
|An open data-based solution for indoor navigation for public health, private and public services.
|LOCUS is focused not just on providing open data (e.g., maps) in indoor environments, but rather on a complete solution for localization that optimally exploits diverse technologies.
|A standardized design for cloud platform systems to incorporate localization and tracking.
|LOCUS will focus specifically on the standardization and specs definition of a localization-enabled CPS platform.
|A benchmarking system to choose the best technology and setup that provides accurate indoor localization.
|LOCUS will approach the localization problem holistically, both by fusing technologies and by automatically choosing the best and available technologies in an optimal way.
|A personal navigation device relying on GNSS and UWB technologies.
|LOCUS will be able to exploit any technology available in the environment and on the device, optimally and with no need for user interaction.
|E2E-aware Optimizations and advancements for the Network Edge of 5G new radio
|LOCUS will be able to enhance optimization techniques with the inclusion of highly precise localization info
|COGNET focuses on applying Machine Learning to resource management, QoS assurance and network planning
|LOCUS will improve the project by applying network management indoors and by including new ML techniques using other location sources.
|Advanced next-generation heterogeneous mobile network management platform with indoor user localization
|LOCUS will improve the proposed solutions by including new NR techniques for localization combined (with ML processing) with other location sources
|ICT17, 18 and 19 projects and Pilotos de Tecnología 5G
|Projects aim to provide and support and validate 5G services in several scenarios
|LOCUS may cooperate with such projects to use their trials and bring improvements in terms of positioning solutions, enabling new prospects