Multimillion-pound project to tackle autonomous fleet operation

Transport Systems Catapult (TSC) spin-out Immense Simulations and Improbable have been successful in their application to the Innovate UK Connected and Autonomous Vehicles call for a Collaborative Research and Development project, to create a new solution for the coordination of autonomous vehicle fleets. Immense Simulations will develop ‘tools for autonomous logistics operations and management’, building on its SpatialOS distributed simulation platform, a new operating system that enables developers to
February 15, 2016 Read time: 2 mins
Transport Systems Catapult (TSC) spin-out Immense Simulations and Improbable have been successful in their application to the Innovate UK Connected and Autonomous Vehicles call for a Collaborative Research and Development project, to create a new solution for the coordination of autonomous vehicle fleets.

Immense Simulations will develop ‘tools for autonomous logistics operations and management’, building on its SpatialOS distributed simulation platform, a new operating system that enables developers to build massive, detailed simulations running on thousands of machines in the cloud.

The project team seek to build on existing research in cooperative routing, fleet operations, predictive vehicle health management and real time traffic management. By combining the latest thinking with Improbable’s SpatialOS developer platform, fleet operators will be able to optimise the operation of autonomous fleets at city-wide scale, for the first time.

The Collaborative Research and Development project team also includes Cubic Transportation Systems.  The research work will be carried out at the Cubic Innovation Centre in London and in Transport Systems Catapult Milton Keynes office.
Location Based Systems

Related Content

  • Another win for San Diego’s integrated corridor management system
    June 3, 2016
    The San Diego Association of Governments (SANDAG) integrated corridor management (ICM) system on Interstate 15 in San Diego, California, has just received the California Transportation Foundation award for Operational Efficiency Program, for the second time in three years. This ICM project centres around a decision support system, for which TSS provides the Aimsun Online modelling tool. Thanks in part to the success of the ICM system, in 2015 USDOT added the SANDAG ICM network to the Dynamic Mobility
    Read More
  • Mobility as a Service gaining traction in US and Europe
    December 15, 2015
    As Mobility as a Service starts to move into the mainstream of transport planning, David Crawford compares European and North American initiatives. Mobility as a Service (MaaS) is a concept fast gaining traction on both sides of the Atlantic as a way of giving travellers digital multimodal one-stop shops and journey planning tools as an alternative to private car use. Planned delivery methods include subscription-based travel packages in Europe, and 'mobility aggregator' apps, including employee commute ben
    Read More
  • European eCoMove consortium presents findings
    November 20, 2013
    After three years of research, the Cooperative Mobility Systems and Services for Energy Efficiency (eCoMove) consortium has presented its final results to the public. The consortium, comprising 32 partners including public authorities, vehicle manufacturers, service providers, infrastructure and telecommunication operators, and research institutes, has developed solutions using next-generation vehicle-to-X communication technologies to reduce the inefficiencies responsible for energy waste in road trans
    Read More
  • Parsons iNET next-gen transportation management system (TMS)
    September 4, 2020
    The Parsons Intelligent NETworks (iNET) Advanced Transportation Management System (ATMS) is working around the clock for dozens of transportation agencies worldwide; has received 10 local, national or international awards in the last six years; and is currently deploying for some of the most advanced application use cases around.
    Read More

Highlighted Content