The ELLIIT Infrastructure Initiatives are important platforms that enable experimental research as well as demonstration and real-world validation of research results. All infrastructures are open to all researchers in ELLIIT.
LTH Robotics Lab Infrastructure
This research-infrastructure initiative provides the opportunity of experimental research on planning, control, and perception for cases where there is significant force interaction between a mobile platform and a manipulator or load on an autonomous ground vehicle.
The joint vision of LU and LiU is the development of software for autonomous robotic systems (ARS) …
LISA – Large Intelligent Surface testbed with remote Access
At Lund University, the Large Intelligent Surface (LIS) testbed provides means to explore extreme use of the spatial dimension in wireless applications. As part of a large ELLIIT infrastructure investment, LIS became LISA (LISA – Large Intelligent Surface testbed with remote Access), a platform that can be accessed remotely and used by all ELLIIT researchers.
Visualization Support and Consulting – Infrastructure, Software, and Competence
This platform provides access to visualization Infrastructure, software, and competence. It offers visualization consultancy as well as software development. Its main goals are to provide ELLIIT researchers with access to the state-of-the-art software and hardware infrastructure available at the Visualization Center C and the connected research units at Linköping University and to assist ELLIIT …
Connectivity and compute lab for edge computing – the 5G lab
The 5G lab at Lund University is a research platform that enables applied research on time-sensitive and mission-critical applications over 5G. The infrastructure lays the foundation for a competitive advantage going into 6G core and application research. In collaboration with Ericsson AB, this research infrastructure is a deployment with a stand-alone 5G cell including an Open5GS-based core and …
ELLIIT Joint Autonomous Systems Lab at Linköping and Lund
This research-infrastructure initiative provides the opportunity of experimental research on planning, control, and perception for cases where there is significant force interaction between a mobile platform and a manipulator or load on an autonomous ground vehicle. The overall objective of the joint lab with Lund University is the development of research platforms that features …
AIOps: A scalable research platform for artificial intelligence
Research in artificial intelligence and machine learning (ML) often requires going from development and testing on personal single GPU workstations to large scale experiments on massive data centers. The scalable AIOps platform, provided at Linköping University, is uniquely suitable for such purposes and highly relevant to most AI, ML, and robotics research. Based on many years of experience …
6G Wireless, Sub-THz Radar, and Research Beyond
This platform is useful for laboratory validation of hardware research in wideband millimetre wave (mmW) and sub-THz technology. It enables probed and free-space characterisation of emerging hardware for 6G wireless, quantum computing, and sub-THz radar. The platform provides a route towards next generation efficient sub-THz hardware, providing equipment that can be used beyond the …
Visionen 2.0
The Visionen arena at LiU is a large modern research arena with an indoor positioning system and projectors directed towards the floor and (currently) one wall. The facility is by its combination of size and technical capabilities in terms of combined positioning and projection, a nation-unique research and demonstration arena for autonomous systems such as drones and ground robots. Furthermore, it invites for …