A Framework for Extending Usability Disciplines to Software Engineering : Models' Consolidation and Hybrid Approaches in Multidisciplinary Production Optimization, API-Usability Supportive CSC-Usability Essentials via Component-Based Platform (T-0690) (MFN 4015)

Abstract

The global software industry exhibits rapid technology growth-pattern that has created an ever-increasing technological-vacuum which calls for better production-optimization strategies, CSC-Usability optimal API-Usability integration into organization's collaborative infrastructure can help establish usability-focused-quality setup that introduces ease-in-use and maturity throughout the business-infrastructure. The framework research target’s critical organizational ‘workflow activity-streams’ via 'models consolidation formulations' and 'hybrid design-calibration techniques' that can be set against 'traceable design workloads' to extract ‘Component-Oriented Metadata' beneficial to business-solutions in numerous perceivable manners; multidisciplinary-optimization and process-mining strategies used for generating tangible production-intelligence can help establish a valuable knowledge-mining platform that assures a firm’s readiness against industrial challenges. This research aims at producing 'A Framework for Extending Usability Disciplines to Software Engineering' that utilizes 'Models Consolidation and Hybrid Approaches in Multidisciplinary Production-Optimization focusing API-Usability Supportive CSC-Usability Essentials via Component-Based Platform’; such production beneficial component-intelligence helps reveal in-depth product and process knowledge that can be used to refine various information-design techniques immensely. Hybrid adaptive meta-modeling using consolidated models' design-patterns can help develop design-maturity procedures across business-solutions, where a single model compromises others jump-in to compensate loses thus generating opportunities; component-oriented production jargon obtained can enhance multi-featured design incentives to introduce ease-in-use. A research-gap supportive methodology forms literature exploration-pattern surrounding the framework's directive-anatomy disciplines used for building usability-focused-quality mechanisms that help structure and integrate hybrid optimization formulations with critical process-streams that use usability-techniques, usability-modules, usability-consolidations, usability-apparatuses and usability-schemes thus enhancing framework convergent constructability and controllability. The 'Framework Design Guidelines' by 'Cwalina and Abrams' are used to support framework's research design guidance and qualitative heuristics-evaluation procedures involving mixed-methods for verification and validation. Triangulating end-user response helps explore a variety of angles regarding evaluation findings; multi-perspective feedback leads to relatively refined results' apprehension that can guide research benefactors towards its more appropriate utilization. Qualitative-analysis insights not only assert framework's credibility but elaborate its corrective use regarding 'models’ consolidation approaches', 'hybrid stances' that facilitate building 'hybrid multidimensional traceability matrices' surrounding critical activity-streams. The component-intelligence via process-mining can therefore target technology establishments beyond a conventional data-warehousing environment that helps in formulation of business-solution beneficial production-intelligence, thus favoring readiness, reusability and quick design-simulation management etc. Framework’s future-implications reveal research extension opportunities involving well-defined scripting-language development that focuses 'hybrid multidimensional expressions', ‘smart-heuristics generative grammatical-conjunctions’, ‘design linguistic semantics’ and ‘multi-contextual pragmatics’. The framework research is a step towards improving ‘Hybrid-Optimization Techniques’ featuring multifaceted API-Usability focused CSC-Usability via multidisciplinary hybrid meta-modeling in ‘Directive-Ordinal Techniques’ that enhance ‘Basic-Organizational Throughput’.