Software Tanaka T21 Multi
. Part of the book series (AINSC, volume 130) Abstract Design phase of software development life cycle for designing software with high quality attributes which meets functional requirements is quite a tedious task. In real life the developers can only make ambiguous estimates on the available resources and their aspirations bringing uncertainty (fuzziness) in the problem formulation. In such situations, crisp optimization technique may not serve the purpose to quantify desired parameters. In this paper we have formulated a fuzzy optimization framework which supports build or buy decision strategy i.e., whether to buy software components or to build them in-house or a combination is more beneficial. In this paper, intra-modular coupling density and reliability are jointly optimized under permissible budget and delivery time constraints along with an ICD restriction applied at module level.
Redundancy is allowed for the selection procedure for fulfilling each functional requirement. An optimization model for optimal selection of components has been proposed and is illustrated with numerical example.
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Cite this paper as: Indumati, Singh O., Dinesh Kumar U. (2012) Joint Optimization of ICD and Reliability for Component Selection Incorporating “Build-or-Buy” Strategy for Component Based Modular Software System under Fuzzy Environment.
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In: Deep K., Nagar A., Pant M., Bansal J. (eds) Proceedings of the International Conference on Soft Computing for Problem Solving (SocProS 2011) December 20-22, 2011. Advances in Intelligent and Soft Computing, vol 130. Springer, India. DOI. Publisher Name Springer, India.
Software Tanaka T21 Multi System
Print ISBN 978-81-322-0486-2. Online ISBN 978-81-322-0487-9.
Software Tanaka T21 Multi Tool
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