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platooning schematic
February 15, 2021

Less is More: Intelligent Power Systems with fewer Components

Automotive Research Center researchers are inventing new powertrain architectures and control methods to maximize energy efficiency and reliability in platoons of hybrid electric vehicles

attacker-defender model to simulate an encounter between a modular fleet of vehicles against a conventional force
January 26, 2021

Next Gen Military Vehicles: Modular and Autonomous

Automotive Research Center researchers are leading the way in creating adaptable vehicles that can operate in dynamic and adversarial environments

Schematic of human-autonomy teaming
January 4, 2021

A Perfect Pairing

Automotive Research Center researchers are finding the best ways to pair humans and autonomous vehicles to tackle complex problems on the fly in the field

Images courtesy of US Army GVSC
December 7, 2020

Data Is Power

Neural network provides unsupervised learning for autonomous vehicles

Schematic illustrating the Multi Policy Decision Making approach
October 27, 2020

Search and Rescue with Autonomous Robot Teams

A team of researchers at University of Michigan have developed a series of protocols to empower robot teams during search and rescue missions

battery testing under controlled thermal conditions
October 13, 2020

Assembling the Right Team for the Mission

We are designing approaches so that teams of vehicles can handle uncertainty while still completing the mission with success. That is what we mean by resilient teams.

battery testing under controlled thermal conditions
September 22, 2020

Keeping Autonomous Vehicles Moving

University of Michigan researchers explore how to extend the life of autonomous vehicles by optimizing batteries and fuel

3-D World high-level architecture
August 5, 2020

Helping Autonomous Vehicles Learn

“If you want to make a good algorithm for playing chess even better, one way to do it is to let the algorithm play against itself,” said Ram Vasudevan, assistant professor of Mechanical Engineering at UMich. “By playing against itself, the algorithm can learn how to maneuver more successfully through the game.”

accelerating tire-soil simulations with smart calculations
July 13, 2020

Developing Smart Calculations to Gain Traction

Improving vehicle performance by reducing the time it takes to evaluate traction as the vehicle’s wheels encounter changing soil conditions to ensure safe navigation.

Meta-material acoustic lens focuses ultrasonic sound waves in desired directions with only the slightest deformation.
June 15, 2020

Looking to Bats to Improve Autonomous Vehicle Vision

Creating an ultrasound sensor system that allowed autonomous vehicles to operate in an uncertain world under inclement weather conditions while retaining their anonymity.