Artificial intelligence overview

Darvas, F., Papp, A., Allardyce, A., Benfenati, E., Gini, G., Tichy, M., Sobb, N., and Citti, A., Overview of different artificial intelligence approaches combined with a deductive logic-based expert system for predicting chemical toxicity, in AAAI Spring Symposium Predictive Toxicology of Chemicals, Stanford, CT, pp. 94-99, 1999. 

The first symposium, presented at the fall meeting of the American Chemical Society in 1985, was open to any type of artificial intelligence application. The second symposium was restricted to expert systems. This is only a minor restriction because most practical artificial intelligence applications to date have used expert systems in one form or another. Below is a brief overview of expert systems. More information on expert systems for chemistry can be found in reference 2. General expert system information can be found in references 3 and 4. Because artificial intelligence has developed its own vocabulary, a short glossary is also included. 

The book (25) "Programmable Controllers Theory and Implementation" is a good overview which includes a chapter on "Artificial Intelligence and PLC Systems". More and more devices, such as Foxboro s EXACT system, include "artificial intelligence based" adaptive, self-tuning features. 

Amarel, S. Problem solving and decision making by computer An overview. In Cognition and artificial intelligence A multiple view (ed. Garvin). Aldine Press 1969. 

This chapter provides a brief introduction to the family of AI techniques so that readers can gain a basic understanding of the AI family and various AI techniques, and understand the subsequent chapters more easily. This chapter introduces the definition of artificial intelligence and presents a brief overview of artificial intelligent techniques. Some representative AI techniques are briefly introduced, all of which have been used for decision making in the fashion supply chain. We also discuss the origins of these techniques, fundamental characteristics, and possible applications as well as the procedures to implement them. 

Weber, P. et al., 2012. Overview on Bayesian networks applications for dependability, risk analysis and maintenance areas. Engineering applications of artificial intelligence 25 671-682. 

This article tries to introduce to the so-called Expert System Technology which forms one part of the area of Artificial Intelligence (see Artificial Intelligence in Chemistry). It defines an expert system and its components, provides a historical review on the technology, highlights the most common areas in which expert systems are used, and gives an overview of the state of... 

F. Meyer (2001) An overview of morphological segmentation. Int. Journal of Pattern Recognition and Artificial Intelligence 15(7), 1089 1117. 

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