Requirement traceability matrix is a table that captures the complete user and system requirement for the system. It helps to trace from requirement till testing in order to verify that the requirement is fulfilled. In SCRUM development methodology, requirement traceability matrix is used

The Quality Review team have completed their review of Collaboration-Protocol Profile and Agreement Specification v0.93 as submitted by the Trading Partner team on March 21st 2001. We recommend that this specification go immediately for its second round of public review. The Quality Review team have identified some areas where the quality of this specification may be improved, both in its content and its presentation. These comments should be addressed as part of the public review process. The key areas of comment from the Quality Review team relate to: No Change or Disposition log provided – Whilst the Quality Review team are satisified that our earlier comments have been accommodated, we have no way of telling if there were any general public comments and whether they have been dealt appropriately or not. Given the high quality of this document, we consider this is most likely a clerical oversight. However, we would ask that these logs be provided as part of the public review material. Use of ‘pseudo-XML ’ examples – The specification tends to use fragments of XML documents (with comments) to illustrate definitions (e.g. lines 456-481). This is not consistent with other specifications and we would suggest that the editors either use the actual DTD (or Schema) to show the structure or use a full example.

& Software

Abstract—The requirements traceability matrix (RTM) supports

heuristic-based weighting procedure that can be performed during the design process. We enhance the established relationship or traceability matrix to make it possible for requirements engineers to annotate their informal knowledge to the linkage (i.e., visualized realizations) in that matrix. Keywords

A number of important tasks in software maintenance require an up-to-date requirements traceability matrix (RTM): change impact analysis, determination of test cases to execute for regression testing, etc. Generation and maintenance of RTMs is tedious and error-prone, and hence it is often

Requirements assurance aims to increase confidence in the quality of requirements through independent audit and review. One important and effort intensive activity is assurance of the traceability matrix (TM). In this, determining the correctness and completeness of the many-to-many relationships

(scenario identifiers) that are used to actually name and track these scenarios through analysis, design, construction, and ultimately to validation. Identifiers are used in a traceability matrix that provides a visible trace of functionality to various stakeholders. Using this matrix requires only a

Abstract: A new viscosity traceability chain composed of three capillary viscometers at each chain level is pro-posed. The correlation matrix between the viscometers at each level can be determined, which enables one to lower the uncertainty relative to the traditional “single

Abstract—Human analysts working with results from automated traceability tools often make incorrect decisions that lead to lower quality final trace matrices. As the human must vet the results of trace tools for mission- and safety-critical systems, the hopes of developing expedient and accurate