1992
DOI: 10.1021/ac00028a736
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Expert Systems

Abstract: Expert system technology is an essential new tool for the analytical chemist. In the future, expert systems will play an important role in developing new methods and procedures, in enhancing productivity,

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Cited by 3 publications
(3 citation statements)
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“…ESs have been included in FAAS spectrometers for full automation (in particular for error detection and correction). 301 In ICP-OES, ESs are used for prediction and correction of spectral interferences, 302,303 spectral line simulation and selection, 304,305 system diagnosis 306 or as a hybrid expert-database system for sample preparation by microwaveassisted dissolution. 307,308 ES has been also used in ICP-MS for controlling the spectrometer, 309,310 the whole sample pre-treatment process 311 and developing a simple diagnostic procedure to automatically ensure the quality of results.…”
Section: Chemometrics For Greening Atomic Spectrometry Methodsmentioning
confidence: 99%
“…ESs have been included in FAAS spectrometers for full automation (in particular for error detection and correction). 301 In ICP-OES, ESs are used for prediction and correction of spectral interferences, 302,303 spectral line simulation and selection, 304,305 system diagnosis 306 or as a hybrid expert-database system for sample preparation by microwaveassisted dissolution. 307,308 ES has been also used in ICP-MS for controlling the spectrometer, 309,310 the whole sample pre-treatment process 311 and developing a simple diagnostic procedure to automatically ensure the quality of results.…”
Section: Chemometrics For Greening Atomic Spectrometry Methodsmentioning
confidence: 99%
“…The design and evaluation of the spectroscopic measurements can be done by an expert system, a reasoning system that uses a knowledge base to capture and replicate the problem-solving ability of human experts (23). One example is I ahiri and Stillman's work in applying expert systems to an assessment of the proper method of acquiring AAS data (24). It appears that an expert system can be trained and developed on the basis of laboratory experiences, which allow the system to analyze the results of the spectroscopic measurements in terms of previously experienced sampling problems and alert the spectroscopist if necessary.…”
Section: Integrating and Automating Analytical Proceduresmentioning
confidence: 99%
“…The design and evaluation of the spectroscopic measurements can be done by an expert system, a reasoning system that uses a knowledge base to capture and replicate the problem-solving ability of human experts (23). One example is Iahiri and Stillman's work in applying expert systems to an assessment of the proper method of acquiring AAS data (24). It appears that an expert system can be trained and developed on the basis of laboratory experiences, which allow the system to analyze the results of the spectroscopic measurements in terms of previously experienced sampling problems and alert the spectroscopist if necessary.…”
Section: Integrating and Automating Analytical Proceduresmentioning
confidence: 99%