Expert systems application

Utilization of intelligent systems in chiral chromatography starts with an original project called CHIRULE developed by Stauffer and Dessy [36], who combined similarity searching and an expert system application for CSP prediction. This issue has recently been reconsidered by Bryant and co-workers with the first development of an expert system for the choice of Pirkle-type CSPs [37]. 

M. Peris, An overview of recent expert system applications in analytical chemistry. Crit. Rev. Anal. Chem., 26 (4) (1996) 219-237. 

Badiru, A. B., Expert Systems Applications in Engineering and Manufacturing, Prentice Hall, 1992. 

The book s first section, on expert systems, is a collection of expert-system applications. Expert systems can simplistically be thought of as computerized clones of an expert in a particular specialty. Various schemes are used to capture the expert s knowledge of the specialty in a manner that the computer can use to solve problems in that field. Expert-systems technology is the most heavily commercialized area in AI as shown by the wide variety of applications that use this technology. These applications help show the breadth of problems to which AI has been applied. Much of the work from other sections of the book also uses expert-system techniques in some manner. 

Ehmayer, G., Kappel, G., and Reich, S., Connecting databases to the Web a taxonomy of gateways, Database and Expert Systems Applications 8th International Conference Proceedings, 1997. 

Bruce A. Hohne and Thomas H. Pierce, Expert System Applications in Chemistry, Developed from a symposium sponsored by the Division of Computers in Chemistry at the 196th National Meeting of the American Chemical Society, Los Angeles, Calif., September 25-30, 1988, in ACS Symposium Series 408, American Chemical Society, Washington, DC, 1989. 

The types of computer programs which have been applied in corrosion engineering and science fall into categories such as (i) conventional software systems (ii) artificial intelligence and expert systems applications (iii) object-oriented software systems ... 

M. G. Axel and I.-Y. Song, "Data Warehouse Design for Pharmaceutical Drug Discovery Research," in Proceedings of the 8th International Workshop in Database and Expert Systems Applications, IEEE Press, Piscataway, NJ, September 1997. 

Chapter 7 comprises expert system applications in areas related to chemistry research, such as bioinformatics and industrial areas. 

Expert systems applications have met with both success and failure. Although there was a tremendous increase in popularity of expert systems until the mid 1980s, there was also a decline in popularity until the turn of the millennium. Even it is hard to estimate all factors that led to this decrease, several key issues are apparent ... 

In the field of education, many of the expert system applications are embedded inside the intelligent tutoring system (ITS) by using techniques from adaptive hypertext and hypermedia. ITS is a system that provides individualized tutoring or instruction. In contrast to other expert systems, ITS covers multiple knowledge areas ... 

Seventh, the investment in an expert system application must produce a payoff either in terms of improvement productivity or a measurable profit. Since expert system development requires a significant investment in terms of people and money, the expected return on that investment must be well understood, along with the means of measuring the return. 

Expert system applications in chemistry Bruce A. Hohne, editor, Thomas H. Pierce, editor... 

This symposium series volume is the second of its kind (1). Both symposia were organized with several purposes in mind. The first, and most general, is simply to expose the chemical community to expert systems. Expert systems should be of interest to people in a wide variety of fields of chemistry. The second is to educate chemists in the capabilities of expert systems both what they can and can not do for them. Finally, by presenting a variety of applications, it was hoped that attendees would generate further new ideas for expert system applications. The second symposium presented the additional opportunity to review the progress of some of the work described in the first symposium. 

HOHNE PIERCE Introduction Expert System Applications in Chemistry... 

---