Control Seminars

Control Seminar by Ian Hiskens

Resonance Control

Dynamic Routing and Motion Coordination of Large-Scale Vehicle Networks

Isolated Bidirectional DC-DC Converter for Hybrid Electric Vehicle Applications

Decoding neural mechanisms for multisensory control of locomotion

What do UAV's in GPS-Denied Environments have in Common with Ecoli Bacteria?

Multiphrase Modeling and Carbon Corrosion in PEM Fuel Cells

Implementation Challenges for Multvariable Control – What you don't learn in School!

Exploring and Exploiting Resonances in MEMS

Fuzzy Discrete Event Sysems: Theory and its Application to HIV/Aids Treatment

Control of MEMS Microactuators fo Bio-Inspired Microbotic Applications

Control Theory, Real World Application

Telerobotics FromSurgery to Satellite Servicing – Why is it so hard to feel?

Thermodynamics – A System Theoretic Foundation

Stochastic Hybrid Systems and their Applications to Networks and Biology

Emergency Flight Planning with a Reduced Performance Envelope

Stochastic Dynamic Programming for Hybrid Vehicle Control

Nash Certainty Equivalence in Large Population Stochastic Dynamic Games: Connections with the Physics of Ineracting Particle Systems

Networked Control for Autonomous Systems

AutomotiveEmbeddedSystems

Hybrid Dynamical Systems with Controlled Discrete Transitions

System Identification with Quantized Observations

Static Normalizing pre-compensator: the ffirst step in the design of robust multivariable controllers using the Characteristic Locus Method.

College of Engineering Control Seminar Series