A CONCEPT FOR MODERN VIRTUAL TELECOMMUNICATION ENGINEERING OFFICE
DOI:
https://doi.org/10.20535/2411-2976.12012.%25pAbstract
High-performance modern Internet allows internal delivery and complement of attractive (mobile) services in the same way and QoS that are in the LANs. The world economics is widely characterized nowadays via the stable trends that the large and mid-range companies and authorities let in ever greater extent to outsource own engineering services via external smaller service providers. A concept for a modern virtual telecommunication engineering office under use of Service-Oriented Architectures and Cloud Computing technologies has been offered. Multiple use cases for virtual telecommunication engineering office
have been discussed. As a significant example, the CANDY Framework and Online Platform have been examined. The important development trends for the CAD for network planning regarding to the tool integration and effective access optimization have been discussed. The CANDY system has been represented as an exhibit at CeBIT 2007, 2008, 2011 in Hannover.
References
Luntovskyy A. Distributed applications technologies // Monograph. ─ Kiev: DUIKT Publisher, 2010. ─ 474 p.
Luntovskyy A., Guetter D., Melnyk I. Planung und Optimierung von Rechnernetzen: Methoden, Modelle, Tools für Entwurf, Diagnose und Management im Lebenszyklus von drahtgebundenen und drahtlosen Rechnernetzen. ─ Springer Publishing House, 2011. ─ 411 p. [in German].
Ukrainian legal acts regarding to data security. ─ http://zakon.rada.gov.ua. The access to the simulation und acquisition measure data (ubiquitous design) follows multimodal via a Windows
notebook or an Android smartphone/ tablet PC (under use of mobile apps).
Papazoglou M. Web services: Principles and technology. ─ Essex: Prentice Hall, 2007. ─ 784 p.
Fielding R. Architectural styles and the design of network- based software architectures. ─ Irvine: University of California Publisher, 2000. ─ 90 p. The important functionalities are depicted in Fig. 9:
download of planning data from CANDY server; measurements of relevant parameters, preliminary data retrieving; comparison with planning data; upload of measure tuples to CANDY validation server.
Richardson L., Ruby S. Web services with REST. ─ Koeln: O’Reilly, 2007. ─ 454 p. [in German].
CANDY framework and online platform. ─ http://candy.inf.tu-dresden.de.
Concept of an integrated environment for network design / A. Luntovskyy, D. Guetter, A. Schill, U. Winkler // Proceedings of 15th International Crimean Conference “Microwave & Telecommunication Technology”, September, 2005. ─ Sevastopol: Weber, 2005. ─ P. 959─961.
Network design methodology and workflow within the CANDY framework / A. Luntovskyy, D. Guetter, G. Pfeifer , A. Schill // Proceedings of 14th International Multi- Conference ACS-AISBIS’2007, October 17─19, 2007. ─ Szczecin: Polish Journal of Environmental Studies. ─ 2007. ─ Vol. 16, N. 5B. ─ P. 186─192.
Luntovskyy A., Uhlig S., Guetter D. A flexible workflow management system for CAD of telecommunication networks // Proceedings of International Conference on Advanced Computer Systems ACS-AISBIS’2010, October 13─15, 2010. ─ Szczecin: Polish Journal of Environmental Studies, Measurements, Automation and Monitoring. ─ 2010. ─ Vol. 56, N. 10. ─ P. 1166─1169.
Luntovskyy A., Guetter D., Schill A. CAD for telecommunication networks offering web services // Proceedings of International Conference on Advanced Computer Systems ACS-AISBIS’2010. ─ Szczecin: Polish Journal of Environmental Studies, Measurements, Automation and Monitoring. ─ 2010. ─ Vol. 56, N. 11. ─ P. 1386─1389.
Luntovskyy A. Integration concepts for computeraided design tools for wired and wireless local-area networks. ─ Aachen: Shaker Verlag, 2008. ─ 196 p.
CANDY framework at common stand “Research for the Future” in Hall 09 / D04. ─ Hannover: CeBIT, 2007.
CANDY framework advanced at common stand “Research for the Future” in Hall 09 / D04. ─ Hannover: CeBIT, 2008. ─ 2 p.
CANDY framework and online platform at common stand “Research for the Future” in Hall 09 / D04. ─ Hannover: CeBIT, 2011. ─ 2 p.
OpenMP solution. ─ http://openmp.org.
Rohde & Schwarz International Company. ─ http://www2.rohde-schwarz.com.
