ABSTRACT

Supplies the most essential concepts and methods necessary to capitalize on the innovations of industrial automation, including mathematical fundamentals, ergonometrics, industrial robotics, government safety regulations, and economic analyses.

chapter Chapter 1.1|32 pages

Some Probability Concepts for Engineers

chapter Chapter 1.2|9 pages

Introduction to Sets and Relations

chapter Chapter 1.3|21 pages

Linear Algebra

chapter Chapter 1.4|22 pages

A Review of Calculus

chapter Chapter 1.5|26 pages

Ordinary Differential Equations

chapter Chapter 1.6|15 pages

Boolean Algebra

chapter Chapter 1.7|7 pages

Algebraic Structures and Applications

chapter Chapter 2.3|8 pages

In-Process Measurement

chapter Chapter 3.1|31 pages

Distributed Control Systems

chapter Chapter 3.2|16 pages

Stability

chapter Chapter 3.3|20 pages

Digital Signal Processing

chapter Chapter 3.4|16 pages

Sampled-Data Systems

chapter Chapter 4.1|27 pages

Regression

chapter Chapter 4.4|21 pages

Petri Nets

chapter Chapter 4.5|18 pages

Decision Analysis

chapter Chapter 5.1|15 pages

Sensors: Touch, Force, and Torque

chapter Chapter 5.3|16 pages

Three-Dimensional Vision

chapter Chapter 5.4|19 pages

Industrial Machine Vision

chapter Chapter 6.1|5 pages

The Future of Manufacturing

chapter Chapter 6.2|28 pages

Manufacturing Systems

chapter Chapter 6.4|10 pages

Measurements

chapter Chapter 6.5|29 pages

Intelligent Industrial Robots

chapter Chapter 6.6|38 pages

Industrial Materials Science and Engineering

chapter Chapter 6.7|6 pages

Forming and Shaping Processes

chapter Chapter 6.8|34 pages

Molding Processes

chapter Chapter 7.2|15 pages

Automated Storage and Retrieval Systems

chapter Chapter 7.3|14 pages

Containerization

chapter Chapter 8.1|30 pages

Investigation Programs

chapter Chapter 8.3|16 pages

Standards

chapter Chapter 9.2|4 pages

Workstation Design

chapter Chapter 10.1|20 pages

Engineering Economy