Abstract

The software architecture of a system is an illustration of the system which supports the understanding of the behaviour of the system. The architecture aids as the blueprint of the system, defining the work obligations which must be conceded by design and implementation teams. It is an artifact for early enquiry to make sure that a design methodology will produce a standard system. This paper depicts the software architecture and design of two frameworks DMARF and GIPSY. Primarily it inaugurates a comprehensive understanding of the frameworks and their applications. DMARF is high-volume processing of recorded audio, textual, or imagery data for pattern recognition and biometric forensic analysis, whereas GIPSY system provides a platform for a distributed multi-tier demand driven evaluation of heterogeneous programs. Secondly, the paper illustrates the use of several tools for the code analysis for both platforms and provides the outcome of the analysis. Thirdly, it establishes the architecture and design of the systems. Fourthly, it fuses the architecture for both the systems into one. The paper ends with depicting properties like code smells and refactoring to improve code quality for the frameworks.