An AS Software Complex for the Automation of Spectrometry, Part Two: The User Interface of the System for the Automation of Experiments

Astakhova, N. V.; Beskrovnyĭ, A. I.; Bogdzel, A.A.; Butorin, P. E.; Vasilovskii, S. G.; Gundorin, N. A.; Злоказов, В. Б.; Kutuzov, S. A.; Salamatin, I.M.; Швецов, В. Н.

doi:10.1023/b:inet.0000043869.43695.0f

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“…In addition to the requirements for software that were formulated in [4,5], the following were specified in the development of our EAS construction technique:…”

Section: Requirements For Our Eas Construction Techniquementioning

confidence: 99%

“…CONTROL OF SPECTROMETER Works [4][5] describe programs that an experiment's job queue to be executed on a spectrometer in the batch mode (the experimental data factory mode). To reduce the risk of reactor time loss in this mode, it is advisable to verify the serviceability of various structures and the operating sequences of equipment assemblies in addition to automatically checking the admissibility of the parameter values being used.…”

Section: Application Of Our Technique In the MC Program For Interactivementioning

confidence: 99%

“…(3) Giving the user the capability of performing experiments in the interactive spectrometer control mode in addition to the automatic mode [5].…”

Section: Application Of Our Technique In the MC Program For Interactivementioning

confidence: 99%

“…This list is the parametric model of the spectrometer [4,5]. Using the specialized text editor, the operator can replace the names assigned to the parameters by the programmers and driver designers with names to which he is accustomed and use only these names in the future.…”

Section: Constructing a Parametric Modelmentioning

confidence: 99%

“…The concepts behind the parametric model and spectrometer state vector were presented in [4,5]. The experimental procedure was represented by a matrix of parameters describing the experimental conditions in researcher terms.…”

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confidence: 99%

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An AS Software Complex for the Automation of Spectrometry, Part III: A Technique for Controlling the Sample Environment and Its Application in the Spectrometer Interactive Control Program

Astakhova

Dikoussar

Maznyi³

et al. 2005

Instrum Exp Tech

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This paper reflects the evolution of the principles published in the No. 5, 2004, issue of Instruments and Experimental Techniques for creating new software for spectrometers. The development of the technique and software complex that allow a distributed experiment automation system (EAS) to be assembled from ready-made modules is described. Attention is devoted primarily to ensuring the invariance of programs with respect to variations of the experimental technique, the possibility of the user controlling the configuration of the spectrometer without involving the programmers, and to minimizing the driver development costs. The complex uses universal base programs and drivers for controlling particular devices. The drivers can be written in any programming language, and their functional code is minimized. The control computer, frontend computers, and observer computers are distinguished logically in the EAS structure on the basis of their functionality. The main function of the frontend computer is to control the equipment incorporated into the spectrometer. The complex allows one to easily scale the EAS, increase the number of frontend computers and drivers, and use frontend computers that run under any operating system. During operational testing on the DN2 spectrometer, the predicted characteristics of the described technique were confirmed. The interactive control program can be used on various setups without making any modifications. INSTRUMENTS AND EXPERIMENTAL TECHNIQUES Vol. 48 No. 5 2005 ASTAKHOVA et al .

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“…In addition to the requirements for software that were formulated in [4,5], the following were specified in the development of our EAS construction technique:…”

Section: Requirements For Our Eas Construction Techniquementioning

confidence: 99%

Section: Application Of Our Technique In the MC Program For Interactivementioning

confidence: 99%

“…(3) Giving the user the capability of performing experiments in the interactive spectrometer control mode in addition to the automatic mode [5].…”

Section: Application Of Our Technique In the MC Program For Interactivementioning

confidence: 99%

Section: Constructing a Parametric Modelmentioning

confidence: 99%

mentioning

confidence: 99%

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An AS Software Complex for the Automation of Spectrometry, Part III: A Technique for Controlling the Sample Environment and Its Application in the Spectrometer Interactive Control Program

Astakhova

Dikoussar

Maznyi³

et al. 2005

Instrum Exp Tech

Self Cite

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An AS Software Complex for the Automation of Spectrometry, Part Two: The User Interface of the System for the Automation of Experiments

Cited by 1 publication

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An AS Software Complex for the Automation of Spectrometry, Part III: A Technique for Controlling the Sample Environment and Its Application in the Spectrometer Interactive Control Program

An AS Software Complex for the Automation of Spectrometry, Part III: A Technique for Controlling the Sample Environment and Its Application in the Spectrometer Interactive Control Program

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