• DEPARTMENT
    • Overview
    • Computing
    • Facilities
    • Organizations
    • Scholarship Awards
    • Employment
    • Advisory Committee
    • Contact
  • ACADEMICS
    • Undergraduate
      • Computer Eng.
      • Electrical Eng.
      • Ambassadors
    • Graduate
      • Information for Prospective Students
      • ECE Graduate Handbook
      • Graduate Forms
      • Ph.D. Qualifying Exam
      • Distance Education
      • Frequently Asked Questions (FAQ)
    • Courses
    • Student Survival kit
    • Distance Learning
  • PEOPLE
    • Faculty
    • Staff
  • PROSPECTIVE STUDENTS
    • Overview
    • FAQ
    • Considering ECE
    • Scholarships
    • PC Requirements
    • Office of Admissions
  • RESEARCH
    • Overview
    • Signal Processing & Communications
    • Digital Systems & Microelectronics
    • Power & High Voltage
    • Research Centers
      • Emerging Materials Research Laboratory
      • High Voltage Laboratory
      • Robotics
    • HPCC
  • ALUMNI
  • DEPARTMENT
  • Overview
  • Computing
  • Facilities
  • Organizations
  • Scholarship Awards
  • Employment
  • Advisory Committee
  • Contact

Control Systems

Feedback control systems span every technology and provide the coordinating element for successful operation of countless applications. Topics in optimal control, digital control, statistical control, Kalman filtering, and nonlinear control, as well as techniques for modeling and computer simulation of systems during the design process are addressed. The Department conducts both basic and applied research in military/aerospace, batch manufacturing, and process controls.

Faculty members participate in research with NASA, Navy, Air Force, and other agencies, through involvement as summer faculty appointees at specific agency sites, and through research contracts pursued during the academic year. Additional research is linked to the Diagnostic Instrumentation and Analysis Laboratory (DIAL), an interdisciplinary group involved with environmental research for DOE. Recent efforts in this area include:

  • Pyroelectric Sensing for Potential Multimode Use

  • Processing Techniques for Plume Analysis

  • Dealing with Nonlinearity in Plume Spectra

  • Technical Support for Dynamic Fluid Flow Simulation Capabilities for Ground Test Facility Modeling

Mississippi State University Home| PO Box 9571, Mississippi State, MS 39762 | Main Office: 1.662.325.3912

Bagley College of Engineering | Mississippi State University| Legal| Webmaster| Intranet

Page modified: Mon, 11 Aug 2008 08:45:52 CDT