Interface for Intelligence Computing Design and Option of Technical Systems
Affiliation(s)
Department of “Information Technology and Programming” of Sumgait State University, Sumqayit, Azerbaijan.
Department of “Information Technology and Programming” of Sumgait State University, Sumqayit, Azerbaijan.
ABSTRACT
As a result of analysis of the existent methods and tools of computer aided design of the technical systems of many industrial areas, the primary purpose of the article that consists in the decision of different project problems within the framework of one programmatic system with the use of comfortable programmatic interface is certain. Architecture of the program interface for computer designing and option of technical systems of different industrial areas on the basis of stage-by-stage automated designing principles with using programmatic and informative supports is worked out. In the article, the problem of computer designing, searching and option of elements of manipulator for flexible manufacture module is considered. As a method of logical simulation of the problem, production model of designing procedures of the program interface and intelligence option of a manipulator, its technical parameters are developed. On the basis of algorithmic scheme of searching, the option of a manipulator from data base is worked out.
As a result of analysis of the existent methods and tools of computer aided design of the technical systems of many industrial areas, the primary purpose of the article that consists in the decision of different project problems within the framework of one programmatic system with the use of comfortable programmatic interface is certain. Architecture of the program interface for computer designing and option of technical systems of different industrial areas on the basis of stage-by-stage automated designing principles with using programmatic and informative supports is worked out. In the article, the problem of computer designing, searching and option of elements of manipulator for flexible manufacture module is considered. As a method of logical simulation of the problem, production model of designing procedures of the program interface and intelligence option of a manipulator, its technical parameters are developed. On the basis of algorithmic scheme of searching, the option of a manipulator from data base is worked out.
Cite this paper
Mammadov, J. , Tagiyeva, T. , Sveta, A. and Arzu, A. (2015) Interface for Intelligence Computing Design and Option of Technical Systems. Intelligent Control and Automation, 6, 289-294. doi: 10.4236/ica.2015.64026.
Mammadov, J. , Tagiyeva, T. , Sveta, A. and Arzu, A. (2015) Interface for Intelligence Computing Design and Option of Technical Systems. Intelligent Control and Automation, 6, 289-294. doi: 10.4236/ica.2015.64026.
References
[1] Bozdoc, M. (2003) The History of CAD. [2] Cunvu Li Basis CAD of CAD/CAM/CAE. “Peter”, Moscow—Sankt Peterburg, 2004, 560 p. [3] Voronenco, V.P. (2001) Designing of the Manufacture Systems Is in an Engineer: Studies. Manual. Tiraspol: Rio Psu, 349 p. [4] Chelishev B.E. (2004) Computer-Aided of Design of Technology in Machine-Building. Electronic Magazine “Science and Education”. Engineering Education of Association of Technical Universities. AL No. FC 77. [5] Polovincin, A.I. and Bobkov, N.K. (2004) Bush of G.Y. Automation of the Searching Constructing (Artificial Intelligence Is in the Machine Constructing). Electronic Journal of “Science and Education”. Engineering Formation of Association of Technical Universities. AL No. FC 77. [6] Aliyev, R.A., Мammadov, J.F. and Akhmadov, М.А. (2005) Development of Tool of the Automated Planning of Control System of FMS.-М.: Mechatronic, Automation, Management, No. 9, 27-35. [7] Mammadov J.F. (2002) Problems and Stages of Development of the Automated Choice and Planning of the Flexible Manufacture Systems. The Redaction of Technical Literature “House of Baku University” of Baku, 175 p. [8] Mamedov, J.F. and Huseynov, A.H. (2011) Algorithmic and Programmatic Providing of the Automated Layout of the Flexible Productive System. In: Design Information Technologies in Planning and Production, Scientific and Technical Magazine, Moscow, No. 1, 49-52. [9] Mamedov J.F. (2013) Development of Structure of Interface of Complex Automated Planning of the Technical Systems Software. Moscow. Announcer of Computer and Informative Technologies, No. 5, 18-21. [10] Golovanov, N. (2014) Geometric Modeling: The Mathematics of Shapes. Create Space Independent Publishing Platform.
[1] Bozdoc, M. (2003) The History of CAD. [2] Cunvu Li Basis CAD of CAD/CAM/CAE. “Peter”, Moscow—Sankt Peterburg, 2004, 560 p. [3] Voronenco, V.P. (2001) Designing of the Manufacture Systems Is in an Engineer: Studies. Manual. Tiraspol: Rio Psu, 349 p. [4] Chelishev B.E. (2004) Computer-Aided of Design of Technology in Machine-Building. Electronic Magazine “Science and Education”. Engineering Education of Association of Technical Universities. AL No. FC 77. [5] Polovincin, A.I. and Bobkov, N.K. (2004) Bush of G.Y. Automation of the Searching Constructing (Artificial Intelligence Is in the Machine Constructing). Electronic Journal of “Science and Education”. Engineering Formation of Association of Technical Universities. AL No. FC 77. [6] Aliyev, R.A., Мammadov, J.F. and Akhmadov, М.А. (2005) Development of Tool of the Automated Planning of Control System of FMS.-М.: Mechatronic, Automation, Management, No. 9, 27-35. [7] Mammadov J.F. (2002) Problems and Stages of Development of the Automated Choice and Planning of the Flexible Manufacture Systems. The Redaction of Technical Literature “House of Baku University” of Baku, 175 p. [8] Mamedov, J.F. and Huseynov, A.H. (2011) Algorithmic and Programmatic Providing of the Automated Layout of the Flexible Productive System. In: Design Information Technologies in Planning and Production, Scientific and Technical Magazine, Moscow, No. 1, 49-52. [9] Mamedov J.F. (2013) Development of Structure of Interface of Complex Automated Planning of the Technical Systems Software. Moscow. Announcer of Computer and Informative Technologies, No. 5, 18-21. [10] Golovanov, N. (2014) Geometric Modeling: The Mathematics of Shapes. Create Space Independent Publishing Platform.