Accession Number : ADA138453

Title :   Command Generator Tracker Synthesis Methods Using an LQG (Linear System Model, Quadratic Cost, and Gaussian Noise Process) Derived Proportional Plus Integral Controller Based on the Integral of the Regulation Error.

Descriptive Note : Master's thesis,

Corporate Author : AIR FORCE INST OF TECH WRIGHT-PATTERSON AFB OH SCHOOL OF ENGINEERING

Personal Author(s) : McMillian,J P

PDF Url : ADA138453

Report Date : Dec 1983

Pagination or Media Count : 357

Abstract : This study develops a computer program for interactive execution to aid in the design of Command Generator Tracker control systems employing Proportional Plus Integral inner loop controllers based on the integral of the regulation error and Kalman Filters for state estimation (CGT/PI/KF controllers). Sampled-data controller designs are based upon the Linear system model, Quadratic cost, and Gaussian noise process assumptions of optimal control theory. The report develops the CGT/PI/KF controller theory with the PI controller portion based upon the integral of the regulation error. Following a brief description of the computer program developed, results of applying it to an example aircraft-related controller design problem is presented. The CGT/PI/KF controller is found to be a technique particularly well suited to the aircraft control design problem but is a technique that may be applied to any general controller problem fitting the design criteria. Use of the computer program is fully documented in the appendices of the report. Included are a brief 'Programmer's Manual' a complete 'User's Manual', and a program listing. These pertain to the computer program as implemented on a CDC CYBER computer system. (Author)

Descriptors :   *Computer programs, *Computer aided design, *Control theory, *Flight control systems, Optimization, Kalman filtering, Open loop systems, Difference equations, Programming manuals, User manuals

Subject Categories : Aircraft
      Computer Programming and Software

Distribution Statement : APPROVED FOR PUBLIC RELEASE