Join us in this unique workshop and learn about the Mosaic5G ecosystem and its latest announcements and roadmap, and enjoy 4 feature rich training sessions and best practices in M5G/OAI.
Mosaic5G Ecosystem
Mosaic5G introduces the world’s first ecosystem of 5G R&D open source platforms ranging from the centralized network control to the mobile edge network deployment
Bringing together the agile network automation, virtualization and abstraction
Mosaic5G Projects
Transform radio access and core networks into an agile network service delivery platform to rapidly explore new ideas as well as application and business needs
1 Leverage platform SDKs to develop smart Apps 2 Consume other Apps through Open Data APIs 3 Create new services and knowledge
Collaborate and Publish
1 Get help and discuss ideas via the mailing list 2 Open issues and feature requests using gitlab 3 Contribute to the existing codebase 4 Publish your project and leverage the community
e-Health
Reshape the healthcare application in Health 4.0
Future health care is envisioned to be patient centric, equitable accessible and data-driven holistic. These visions aim to deliver Health 4.0 as the distributed and personalized service via the concept of virtualization, customization and decentralization. The 5G network will provide innovative service with Ultra-Reliable Low-Latency Communication (URLLC) to enhance current transmission capabilities for touch and actuation in real-time, e.g., tactile Internet and telemedicine. It can rely on the real-time programmability of the Radio Access Network that is exposed by the FlexRAN platform. Further, virtual and augmented reality can provide an immersive experience for virtual reality therapy based on the Multi-Access Edge Computing (MEC), which is served by the LL-MEC platform. To incentive its wild application, the healthcare service will be orchestrated in support of enhanced broadband, low-latency connectivity and ubiquitous access. Such vision can be enabled by the JoX orchestrator with the exposed north-bound application programming interfaces (APIs) for service-specific data handling.
Leveraging IoT, Innovations shifts from products to solutions
Internet-of-Things (IoT) new services bring immense promise to facilitate people’s daily lives by creating smart homes and even smart cities. 5G appears as the key enabler technology to introduce scalability extending the current LTE IoT, i.e., NB-IoT, in order to support huge numbers of devices. Specifically, a 5G IoT device can use critical machine-type mode of communication (uMTC) in area monitoring systems or enable enhanced mobile broadband (eMBB) services for ultra high-definition video in selected hot spots (e.g., stadiums). Towards this direction, network virtualization pioneers a massive IoT world, as it offers ease in expanding network capabilities by hardware elements reutilization. JoX platform is proposed as a good candidate to orchestrate and manage such IoT resources adhering different IoT needs in terms of reliability, cost-effectiveness, security and energy saving. Supplementary, FlexRAN software-defined network controller can serve for real-time aggregated IoT RAN data via RESTful APIs applied to offline data processing. Last but not least, Store applications that are based on the provided Software Development Kits (SDKs) can offer content-based services adaptive to fog orchestration for IoT.
Enabling future intelligence transportation system
Advanced transportation services embraces advanced sensing, communications and computing to bring intelligence and ultra-reliability into place. Specifically, the V2X case enables the communication between vehicles with infrastructure, pedestrian, network and other vehicles. These versatile communication services rely on the software-defined schema that can be supported by the FlexRAN platform in support of different service requirements in terms of latency, reliability, data rate and communication range. Further, multiple radio access technologies can be applied to interoperate both public (e.g., railway, metro) and private (e.g., automotive) transportation systems. Then, JoX platform can efficiently orchestrate and manage the mobile network resources for each services tailored to different business-level models. Finally, the plug-and-play applications can rely on the Software Development Kits (SDKs) or datasets provided by the Store to increase its knowledge and capabilities with each other.
Vertical industries represented by smart grid applications will complete digital transformation towards 5G networks. Ultra-high bandwidth, ultra-low latency and ultra large number of connections requirements will impact current network management. In that sense, multiple 5G operators need to fulfill diverse coverage and QoS demands in all the geographical areas reached by the electrical power grid. Network slicing emerges from this background while customization is needed that allows the release of dedicated networks adapted to different applications. FlexRAN platform can deal with the scheduling and synchronization of communications, even the devices are spread in wide areas due to the typical Smart Grid coverage. Further, JoX offers a gamut of tools to provide seamless peer-to-peer communications between Intelligent Electronic Devices (IEDs) and substation controller regardless the implemented architecture due to virtualization. Lastly, Store applications support QoS-aware RAN sharing to allow flexible smart grid distributed energy resources monitoring.
