An approach of Requirements Tracing by using a multilevel Framework
Journal Title: International Journal of Computer Science and Information Technologies - Year 2010, Vol 1, Issue 4
Abstract
This paper presents a multilevel framework for tracing the requirements. Before presenting the framework, a review in systematic fashion was conducted and based on the results of that we tried to find out the gaps between the actually implemented requirements traceability practices and the industrial needs. After that, two companies have been interviewed to find out about their requirements traceability practices. Based on these interviews these companies can be classified in to two categories: high end traceability users and low end traceability users. This categorization is based upon their requirements traceability practices that they are currently using. Then based on the results of the systematic review and industrial interviews a multilevel model for tracing the requirements was presented. This model was able to trace functional as well as non functional requirements. In that model there are three levels named as : level 0,level 1 and level 2. The level 0 is specifically focusing on pre RS requirements traceability, but level 1 and level 2 are concentratedon post RS traceability. The traceability of functional requirements are being discussed in level 0 and level 1 while level 2 discusses the traceability of non functional requirements. Finally the framework is validated by both the concerned companies.The framework is equally useful for requirements traceability practices of both the different types of companies. The validation of the framework ensured that it can be used in real industrial environment for tracing the functional and non-functional requirements. The framework is equally useful for requirements traceability practices of both the different types of companies. The validation of the framework ensured that it can be used in real industrial environment for tracing the functional and non-functional requirements.
Authors and Affiliations
Anurag Yadav , Yashpal Singh
Keywords
Related Articles
- EP ID EP144901
- DOI -
- Views 92
- Downloads 0
Micro-Processor based Improved Ultrasonic Direction and Range Finder
This document gives formatting instructions for authors preparing papers for publication in the Proceedings of an IEEE conference. The authors must follow the instructions given in the document for t...
Unsupervised Analysis of Arrhythmias using K-means Clustering
The Electrocardiogram provides the valuable information regarding the cardiovascular diseases. Various methods for classification of arrhythmias have been developed by researchers. Classification can be supervised or uns...
Security Enhancement of First Mile Wireless Access with Optimal QoS through Anonymity in Convergence Network
The first mile wireless access of convergence networks is prone to various attacks due to the broadcasting feature of transmission. Most of the existing security measures focus on protection of message contents, leaving...
Synthesis of DSP Systems using Data Flow Graphs for Silicon Area Reduction
This paper presents a methodology to reduce the area of DSP architecture on silicon using folding. Folding is particularly important and has impact on large DSP circuits/architectures. This technique is powerful to redu...
Pattern Extraction, Classification and Comparison Between Attribute Selection Measures
In this research, we have compared three different attribute selection measures algorithms. We have used ID3 algorithm, C4.5 algorithm and CART algorithm. All these algorithms are decision tree based algor...