Project Description
The Concurrent transmission in massive MIMO based radio access networks: Algorithms and air interfaces (SOLID-5G) is a 36 months project that is creating the new solutions for management and orchestration for massive IoT in Internet of Vehicle and maritime applications.
Our vision
The project has the following four objectives
- To develop ultra-low latency massive MIMO based concurrent transmission mechanisms for data collection in massive IoT;
- To develop advanced B5G slicing methods, algorithms, and protocols with a focus on OMC of resources and dedicated services for IoV/V2X and maritime services;
- To develop decentralized decision-making mechanisms by introducing data processing capacity and intelligence to the edge (based on MEC and machine learning (ML)-to-the-edge);
- To implement a proof-of-concept standalone B5G testbed which showcases the orchestration of RAN and CN based on 5G network slicing and MEC procedures. Two use cases, i.e., IoV/V2X and satellite based maritime low-latency services will be the target.
The main technical WPs are
WP1
WP1 is the project management WP, the one that glues all these interesting workplaces focused on the tasks to be delivered.
WP2
Scenarios, business models, requirements and overall architecture, will trigger all the other technical WPs by creating the first requirements and initial architecture
WP3
Concurrent transmission in massive MIMO based radio access networks: Algorithms and air interfaces, will develop Ultra Low Latency and Energy Efficient massive MIMO mechanisms for data collection for massive IoT
WP4
Development of network slicing and mobile edge computing methods, algorithms and protocols, will develop the architectures and implement the requirements developed in WP2.
WP5
WP2 to WP4 will all be implemented in WP5 and experimentation will be conducted in order to spot as early as possible what works and what part needs optimization.
WP6
WP6 will keep you updated through dissemination activities and will find the best way to spin-off the project using the exploitation partners.
