Balancing encyclopedic scope with useful detail, this convenient
reference supplies the most essential concepts and methods
necessary to capitalize on the innovations of industrial
automation, including mathematical fundamentals, ergonomics,
industrial robotics, government safety regulations, and economic
analyses. Incorporates computer science applications to industrial,
mechanical, and electrical engineering-providing valuable insights
and answers for both technical and managerial problems Written by
over 50 industry and university experts from the United States,
Canada, Germany, Hong Kong, India, Japan, Spain, the United
Kingdom, and New Zealand, the Handbook of Industrial Automation
reviews algebraic, probabilistic, and related numerical methods
clarifies the basics of automated control systems, digital signal
processing, and sample-data systems examines current and future
manufacturing applications such as intelligent systems, linear and
dynamic programming, and industrial robots investigates
implementation of safety procedures considers the dynamics of human
interaction with automated tools discusses financial forecasting
and cost estimation techniques and more Including over 2700
literature citations, equations, drawings, photographs, and tables,
and designed to be both time and cost effective, the Handbook of
Industrial Automation is the essential one-stop resource for
industrial, manufacturing, mechanical, nuclear, electrical and
electronics, optical, control, computer, consulting, and plant
engineers; and upper-level undergraduate, graduate, and
continuing-education students in these disciplines.
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