Object-Oriented Programming Applied to Laboratory Automation. 3.The Standard Robot Interface Protocol for the Analytical Director

Ting-ting, Zhou; Isenhour, T. L.; Marshall, John C.

doi:10.1021/ci00019a013

Cited by 3 publications

(2 citation statements)

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“…Previous publications , have demonstrated the application of the acquired information for graphic representation and its usefulness for the control of analytical procedures. The information could be used to guide (instruct) analytical workstations, like the ones given in refs , , and 59, as well. A future possibility can be to represent (parts of) the extracted information according to the standards that are being developed within the ADISS project …”

Section: Resultsmentioning

confidence: 99%

Automatic Extraction of Analytical Chemical Information. System Description, Inventory of Tasks and Problems, and Preliminary Results

Postma

Bakel

Kateman

1996

J. Chem. Inf. Comput. Sci.

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A system for semiautomatic extraction of information from abstracts describing analytical methods is described. The system is based on the theory of Government and Binding for the syntactic part and Conceptual Graphs for the discourse analysis part. The system is modular and largely domain independent. The corpus of abstracts for which it is being developed contains abstracts from Analytical Abstracts Online. The current status of the system is that the grammar is finished and that the lexicon and the discourse module are under development. Preliminary results are that the system is capable of analyzing six abstracts on various analytical techniques.

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Section: Resultsmentioning

confidence: 99%

Automatic Extraction of Analytical Chemical Information. System Description, Inventory of Tasks and Problems, and Preliminary Results

Postma

Bakel

Kateman

1996

J. Chem. Inf. Comput. Sci.

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“…Various applications have been developed to address such tasks (Table ). The Analytical Director program has been developed to automate the conversion of “textbook” analytical procedures by applying chemical knowledge in a deep-reasoning-based inference mechanism. ,, The AAexpert program has been designed to implement totally automated analysis by flame AAS . PAWMI is a program developed to carry out automated identification of bulk organic waste mixtures using IR data as a preliminary screening tool prior to quantitative analysis .…”

Section: Expert System Applications In the Chemistry Domainmentioning

confidence: 99%

Expert Systems and Analytical Chemistry: Recent Progress in the ACexpert Project

Zhu

Stillman

1996

J. Chem. Inf. Comput. Sci.

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In this paper we discuss the application of expert system technology in the analytical chemistry domain and summarizes the progress made in the implementation of the ACexpert project. We start with a brief description of the software tools that are commonly used in construction of expert system applications as well as the inference mechanisms employed to search the knowledge base. A brief review of the achievements made world wide during the past five years in the development of expert systems for use in the chemistry domain follows. This paper particularly addresses the difficulties found in the knowledge acquisition process. An effective knowledge encoding scheme, named the knowledge domain matrix process (KDM), that has been developed in our laboratory as an knowledge encoding alternative, is described. In the final section, we describe the development of several stand-alone expert system modules based on implementation of the KDM scheme within the framework of the ACexpert project. The importance of the user interface in an expert system program is also emphasized, and graphical user interfaces featuring icons, pull-down menus, and graphical descriptions have been developed for the different modules in the ACexpert project to ensure a user-friendly and self-explanatory environment.

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Robotic system for analytical method development with on-line quantification and a graphical interface

Manley¹,

Cachero²,

Dugendre³

et al. 1999

Lab. Robotics Autom.

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Object-Oriented Programming Applied to Laboratory Automation. 3.The Standard Robot Interface Protocol for the Analytical Director

Cited by 3 publications

References 1 publication

Automatic Extraction of Analytical Chemical Information. System Description, Inventory of Tasks and Problems, and Preliminary Results

Automatic Extraction of Analytical Chemical Information. System Description, Inventory of Tasks and Problems, and Preliminary Results

Expert Systems and Analytical Chemistry: Recent Progress in the ACexpert Project

Robotic system for analytical method development with on-line quantification and a graphical interface

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