Abstract :
Today´s large-scale systems couldn´t function without the reliable availability of a range of network communications capabilities. Software, hardware, and communications technologies have been advancing throughout the past two decades. However, the methods that industry commonly uses to test large-scale systems that incorporate critical communications interfaces haven´t kept pace. The need exists for a specifically tailored framework to achieve effective, precise testing of communications-critical large-scale systems. A proposed test framework offers an alternative to the current generic approaches that lead to inefficient, costly testing in industry. A case study illustrates its benefits, which can also be realized with other comparable systems.
Keywords :
program testing; safety-critical software; communication technology; communications-critical large-scale systems; formal software test methodology; hardware technology; network communication capability; software technology; ISO standards; Information technology; Large-scale systems; Requirements engineering; Software engineering; Software testing; IT systems; communications-critical large-scale systems; requirements prioritization; software engineering; test case prioritization; test framework; testing;