Linear Control System Analysis and Design with MATLAB , Sixth Edition (Automation and Control Engineering, Book 53) by Houpis C.H. and Sheldon S.N.
At the onset it should be noted that the two editions of Feedback Control System Analysis and
Synthesis by J. J. D’Azzo and C. H. Houpis [1] became the foundation of the prior five editions of
this text. During its first year, 1960, this textbook became an international best seller with seven
printings. Eventually it was translated into Portuguese, Spanish, and Chinese. Thus, it can be stated
that this 6th edition, in reality, is the “8th edition,” and it has, after 52 years in use, become a
“
classic” in its own right continuing to lay the foundation of control theory for the control engineers
of the twenty-first century.
The technological explosion of the twentieth century, which was accelerated by the advent of
computers and control systems, has resulted in tremendous advances in the field of science. Thus,
automatic control systems and computers permeate life in all advanced societies today. These
systems and computers acted as catalysts in promoting progress and propelling society (civilian
and military) into the twenty-first century. Technological developments have made it possible for
high-speed bullet trains; exotic vehicles capable of exploration of other planets and outer space;
the establishment of the Alpha space station; safe, comfortable, and efficient automobiles; efficient
robotic assembly lines; medical surgical operations; efficient environmentally friendly pollution
controls for factories; the advancement of windmill energy control system design; and one of the
most important outgrowths of the twentieth-century technological developments, unmanned aircrafts,
which are discussed in Chapter 2. The successful operation of all of these systems depends
on the proper functioning of the large number of control systems used in such ventures.