International Journal of Soft Computing and Software Engineering [JSCSE]

International Journal of

Soft Computing and Software Engineering [JSCSE]

ISSN: 2251-7545

Prefix DOI : 10.7321/jscse

URL: http://JSCSE.com

A Peer-Reviewed Journal

The International Journal of

Soft Computing and Software Engineering [JSCSE]

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[Vol. 2, No.1, Jan] [Vol. 2, No.2, Feb] [Vol. 2, No.3, Mar] [Vol. 2, No.4, Apr] [Vol. 2, No.5, May] [Vol. 2, No.6, Jun] [Vol. 2, No.7, Jul] [Vol. 2, No.8, Aug] [Vol. 2, No.9, Sep] [Vol. 2, No.10, Oct] [Vol. 2, No.11, Nov] [Vol. 2, No.12, Dec]

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Table of Contents [Vol. 2, No.11, Nov]

Computer simulation of manual assembly procedures verification of automotive components ABS using SW tool Plant Simulation.

Peter Poor, Peter Takáč
Doi : 10.7321/jscse.v2.n11.1
Page : 1 - 12

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Abstract . The aim of simulation and verification is a creation of such optimized models, by which the process will be much more efficient, reduces the investment risk, continuous production time is truncated and maximizes the utilization of production resources, improves logistics flow and thereby increases overall productivity. Presented article deals with simulation experimentation and verification of manual assembly procedures. The object of examination is final assembly of electrical-engineering automotive part - ABS, which was realized in laboratory conditions. Simulation models designed and developed in this way could help designer to solve problems in process of manufacturing conditions for small batch production. When developing simulation models, simulation software Plant Simulation 1.10 was used. Designed and developed simulation models help solve problems in production process especially for conditions of medium-sized and small-lot production.
Keyword : assembly ; simulation ; modelling ; engineering ; ABS

A New Centralized Multicast Wavelength Allocation Algorithm in Optical Fiber Network

Rafed Sabbar Abbas, Hamed Saffa Al-Raweshidy
Doi : 10.7321/jscse.v2.n11.2
Page : 13 - 19

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Abstract . Wavelength assignment is a widely research object and especially in optical networks. The centralized algorithm has been proposed in this paper and there are two scenarios for our algorithm. The main effect and improvement in the algorithm is to save network capacity by decreasing network capacity after each wavelength assignment. The term network capacity and network capacity decreasing are well investigated and analyzed. There are also mathematical equations for them have been formed and created. By our knowledge, this is the first time the equations are created. The performance of our network is mainly depending on the perfect complete binary, ternary and quaternary. The idea is rare investigated in perfect complete network, while the other works usually study random networks. The work in this paper is concentrated on centralized algorithm wherever the future work will compare the distributed algorithms also. The research is found the blocking probability, capacity decreasing and the time delay for different networks and compared with different algorithms. The results show the clear improvement in our algorithm. These algorithms are suitable for using in passive optical networks, because we did not use any active devices in our scenarios.
Keyword : wavelength allocation, capacity decreasing, binary and ternary trees, passive optical network, centralized technology

Security Implications of Distributed Database Management System Models

In Publish

Charupalli Sunil Kumar, J Seetha, S.R. Vinotha

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