The aim of this work is to test in simulations a variable structure algorithm for adaptive cruise control in vehicles. The simulation tests will include two scenarios: first, the platooning problem in vehicles, that consists in to achieve a stable flow for N controlled vehicles and, secondly, the trafic flow behaviour when this ACC algorithm is implemented in an heterogenous fleet mixing human drivers and autonomous vehicles
Integrated chassis control (ICC) systems can be used to reduce the economic and social costs of road...
This work presents the implementation of the in situ visualization module for multiscale-multiphysi...
Integrated chassis control (ICC) systems can be used to reduce the economic and social costs of road...
A system to improve efficiency performance of a DC-DC converter is simulated and built. The proposed...
With an increasing number of vehicles on road the quantity of CO2 emissions and the amount of fuel w...
Report on analysis of the simulation architecture for environment server in distributed interactive ...
Report on analysis of the simulation architecture for environment server in distributed interactive ...
The Minimum-degree Pole Placement algorithm for Self-tuning Regulator design and the Recursive Least...
The goal of this research is to develop an operational supervisory controller for Wayne State Univer...
The purpose of this study is to investigate the influence of the Cooperative Adaptive Cruise Control...
Chemical-looping combustion (CLC) is a next generation combustion technology that has shown great pr...
Natural convection driven flows are present in many engineering applications such as HVAC, electroni...
Wind energy has been one of the most growing sectors of the nation’s renewable energy portfolio for ...
There has been a growing concern in recent years about the effects of anthropogenic noise due to pil...
With the development over the last several decades, accurate Computational Fluid Dynamics (CFD) mode...
Integrated chassis control (ICC) systems can be used to reduce the economic and social costs of road...
This work presents the implementation of the in situ visualization module for multiscale-multiphysi...
Integrated chassis control (ICC) systems can be used to reduce the economic and social costs of road...
A system to improve efficiency performance of a DC-DC converter is simulated and built. The proposed...
With an increasing number of vehicles on road the quantity of CO2 emissions and the amount of fuel w...
Report on analysis of the simulation architecture for environment server in distributed interactive ...
Report on analysis of the simulation architecture for environment server in distributed interactive ...
The Minimum-degree Pole Placement algorithm for Self-tuning Regulator design and the Recursive Least...
The goal of this research is to develop an operational supervisory controller for Wayne State Univer...
The purpose of this study is to investigate the influence of the Cooperative Adaptive Cruise Control...
Chemical-looping combustion (CLC) is a next generation combustion technology that has shown great pr...
Natural convection driven flows are present in many engineering applications such as HVAC, electroni...
Wind energy has been one of the most growing sectors of the nation’s renewable energy portfolio for ...
There has been a growing concern in recent years about the effects of anthropogenic noise due to pil...
With the development over the last several decades, accurate Computational Fluid Dynamics (CFD) mode...
Integrated chassis control (ICC) systems can be used to reduce the economic and social costs of road...
This work presents the implementation of the in situ visualization module for multiscale-multiphysi...
Integrated chassis control (ICC) systems can be used to reduce the economic and social costs of road...