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V. I. Anisimov, S. A. Vasilev, O. B. Tarasova Review of the innovative directions development of a circuitry CAD |
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Abstract.Considers the urgency of development of the circuit design CAD. Are the benefits of using a web based user interface for the universalization of the used platforms (computing devices including the operating system). Describes the advantages of using distributed system to create a circuit design CAD system components and their functionality. Specifies the methods to increase the interactivity and speed of the user interface. Given the advantages of using a data exchange Protocol and the WebSocket application of object-oriented JavaScript interface. Describes the principles of organization and storage of user data. Keywords: circuit CAD, distributed systems, JavaScript, interactive interface, WebSocket, difficult structured data. PP. 103-108. References 1. Kas'janova E.L., Kikin P.M., Grishhenko D.V. 2015. Razrabotka kartograficheskih prilozhenij dlja mobil'nyh ustrojstv [Development of cartographical applications for mobile devices]// Interjekspo Geo-Sibir' [Interekspo Geo-Siberia]. 75-78. 2. Peljovina A.A., Gnetova A.I., Skopich D.V. 2016. Web - tehnologii v upravlenii proizvodstvom [web - technologies in production management] // Ceteris Paribus [Ceteris Paribus]. 1-2: 11-14. 3. Dmitrevich G.D., Mohsen Ajad A.A., Laristov A.I. 2010. Arhitektura Web-orientirovannyh SAPR [Architecture of the Webcentric CAD] // Informacionno-upravljajushhie sistemy [Management information systems].5: 20-23. 4. Cvetkov V.J., Alpatov A.N. 2014. Problemy raspredelennyh sistem [Problems of distributed systems]// PNiO [PNIO]. 6 (12): 31-36. 5. Zhujkov R., Sharygin E. 2015. Metody predvaritel'noj optimizacii programm na jazyke JavaScript [Methods of preliminary optimization of programs in the JavaScript language]// Trudy Instituta sistemnogo programmirovanija RAN [Works of Institute of system programming of RAS]. 6: 67-86. 6. Gridin V.N., Anisimov V.I., Vasil'ev S.A. 2017. Metody vzaimodejstvija komponentov raspredeljonnyh shemotehnicheskih SAPR na osnove protokola WebSocket [Methods of component interaction of the distributed circuitry CAD on the basis of the WebSocket protocol]// Informacionnye tehnologii i vychislitel'nye sistemy [Information technologies and computing systems]. 2: 62-67. 7. Shestakov V.S., Sagidullin A.S. 2015. Primenenie tehnologii websocket v web-prilozhenijah tehnologicheskogo naznachenija [Use of websocket technology in web applications of technological assignment]// Priborostroenie [instrument making]. 4: 328-330. 8. Pavlov D.V. 2012. Reljacionnaja raspredelennaja sistema upravlenija bazami dannyh s avtomaticheskoj masshtabiruemost'ju [Relational distributed control system databases with automatic scalability]// Vestnik UGATU [UGATU bulletin]. 3 (48): 143-152. 9. Gridin V.N.; Dmitrevich G.D.; Anisimov V.I., Vasiliev S.A. Methods of constructing service-oriented computer — Aided circuit design systems based on WebSocket Protocol and Oracle database // 2017 IEEE Conference of Russian Young Researchers in Electrical and Electronic Engineering (EIConRus) Year: 2017 Pages: 409 - 412, DOI: 10.1109/EIConRus.2017.7910578 IEEE Conference Publications http://ieeexplore.ieee.org/document/7910578/.
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