ASME, Dynamic Systems and Control Division

The Dynamic Systems and Control Division provides a national and international forum to evaluate, discuss, analyze, and publish new technical results in the field; stimulate and encourage research and education innovations; enhance manpower in research and engineering education in dynamic systems and control; and lead in setting directions for the field in the future.

Centre for Distributed Automation & Control, University of Cambridge

Formerly the Manufacturing Automation and Control Group, CDAC was formed in 1995 to help bridge the gap between academic and industrial activities in the manufacturing automation and control field. The main business focus of CDAC's work is in understanding and improving the ability of manufacturing production to respond in the face of unpredictable disturbances and increasing change.

Control and Dynamical Systems, California Institute of Technology

In addition to undergraduate and graduate programs, technical reports and seminars & conferences are available.

Control and System Dynamics, Dept of Engineering Science, University of Oxford

Research in control has three broad objectives:

• to contribute and apply basic understanding of the modeling, sensing, and control of uncertain, nonlinear, and multivariable systems;


• to develop computer-assisted methods for the analysis and design of control laws and to exploit online microcomputers for their application;


• to apply novel algorithms to important practical problems in the areas of automotive, aerospace, medical and process engineering and in the control of building services, in collaboration with industry.

Decision and Control Laboratory, University of Illinois

Members of the Decision and Control Laboratory conduct research on a broad spectrum of topics covering systems, control, and decision making, encompassing both theory and applications.

Dept of Electrical and Computer Engineering, Systems and Control Research Group, University of Waterloo

Members of the Systems and Control Research Group have a great diversity of expertise. Areas covered include basic research in linear optimal control, time-varying control, nonlinear control, adaptive control, robust control, theoretical properties of stochastic algorithms, computer-aided design, process control, fuzzy logic control, model identification, and discrete event systems. Areas of application include robotics, power systems, computer networks, autonomous aerial vehicles, medicine, virtual reality, and smart materials.

IEEE

IEEE (Institute of Electrical and Electronics Engineers, Inc) is a nonprofit, technical professional association of more than 360,000 individual members in approximately 175 countries. Through its members, it is a leading authority in technical areas ranging from computer engineering, biomedical technology and telecommunications, to electric power, aerospace and consumer electronics, and more.

IEEE Control Systems Society

The IEEE Control Systems Society (CSS) was founded in l954 as a scientific, engineering, and professional organization dedicated to the advancement of the theory and practice of systems and control in engineering. Today, the Society has more than 10,000 members around the world.

IEEE Xplore®

At this location, search journals and magazines, conference proceedings, and standards.

Information Systems Laboratory, Stanford University

Part of the Dept of Electrical Engineering at Stanford University, the Information Systems Laboratory (ISL) concentrates on the increasing demands for more powerful methods and theories of signal processing for use in communications, control, and data processing.

SYCON, Rutgers Center for Systems and Control

The SYCON Center, based at the Mathematics Dept of Rutgers University, includes as members faculty from the Mathematics as well as the Electrical and Computer Engineering departments. The center is devoted to research in control theory.

Systems Control Group, Edward S. Rogers Sr. Dept of Electrical & Computer Engineering, University of Toronto

The Systems Control Group, one of nine research groups in the department, undertakes research and graduate study in the area of control systems, including adaptive control, digital control, discrete event systems, large-scale systems, optimal control, nonlinear control, and stochastic control.