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Reverberation chamber

EMC verification of autonomous vehicles in reverberation chamber

The project EMC VERification of Autonomous Vehicles in Reverberation Chamber (EMCVERA) aimed to investigate some of the open research questions in the standardization of reverberation chambers and build national competence and capacity in the future EMC verification of Autonomous Driving vehicles.

Modern vehicles are highly complex with sensors, actuators, control units, high-end user interfaces, communication interfaces, and support systems. The sensors precept internal states, such as speed, as well as information from the surrounding environment (e.g., radar). Electronic Control Units (ECUs) process data from the sensors, make decisions, and sends information to actuators, enabling drive functionality and other functions. Besides functionality to transport the vehicle in a safe and energy-efficient way, a modern vehicle also contains several other systems for, e.g., user experience, product update, or maintenance. Autonomous Driving (AD) vehicles are the next, already ongoing step in vehicle automation which will provide means to reduce environmental impact, increase traffic efficiency, safety, and user experience, but boosts the requirements on validations in labs as well as in the field.

Read more and download the 2-pager

EMCVERA_2-pager_ENG.pdf (pdf, 4.62 MB)

Summary

Project name

EMCVERA

Status

Completed

RISE role in project

Project participant

Project start

Duration

2023-08-31

Partner

Volvo Car Corporation (VCC), Volvo Technology AB, CEVT AB, RISE Research Institutes of Sweden (RISE)

Funders

Vinnova - Fordonsstrategisk Forskning och Innovation (FFI)

Project members

Contact person

Kristian Karlsson

Forskare

+46 10 516 56 58

Read more about Kristian

Contact Kristian
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