The aim of this paper is to provide a critical analysis of the strengths and weaknesses of a non-standardised Model Requirements Analysis (MRA) used for the purpose of developing the Sustainability Impact Assessment Tool (SIAT).
Thus, supporting ontology based development also requires providing guidance to developers to identify PSM for individual agents and integrating these appropriately within a MAS, operationalising individual agents in concordance with requirement analysis models.
The database schema is realized on an Oracle 11g relational database management system (Oracle Corporation, http://www.oracle.com/, as of 2014-10-13) in a top-down-design based on the object model developed during the requirement analysis phase (2002 2006).
Two different perspectives are integrated for requirement analysis: organizational modeling, centered on stakeholders, and decisional modeling, focused on decision makers.
A number of future applications of this model to systems architecture and requirement analysis are discussed.
The process covers all the phases in intelligent system development: requirement analysis, conceptual model specification, architectural design and evaluation.
Using the iterative and incremental approach known as the Unified Process, each group conducted a full software development life cycle: defining a software requirement specification, requirement analysis, design modeling, coding, and testing.
The choice of MAS architecture changes the requirement analysis process and how the requirement models are first synthesized.
Implementing a MAS architecture can benefit from a specific requirement analysis approaches to transform the requirements into appropriate models that can then be used to derive a MAS.
Business requirement analysis, dependency mapping, and workflow pattern-based model transformation are the major components of this transformation procedure.
