Title :
An Experimental Platform for Root Cause Diagnosis Research
Author_Institution :
Univ. of Victoria, Victoria
Abstract :
To obtain a healthy integrated production system that achieves defined quality goals in service oriented architecture (SOA), such as availability and performance, the timely detection and resolution of failures is needed. The goal of this thesis identify the primary or root causes (faults) of a set of observed symptoms in an integrated production system that indicate degradation and failure in system components leading to abnormal system performance. Our hypothesis is, if we combine more diagnosis methods (such as more symptom repository, dynamic analysis capabilities, different artificial intelligent (AI) reasoning capabilities or other available technologies and tools) into an existing tool such as open source AspectJ based diagnostic tool Glassbox, we can find more amount of root causes and more precise - "actual" root causes. We are building an experiment platform to validate this hypothesis.
Keywords :
Web services; fault diagnosis; object-oriented programming; program diagnostics; public domain software; software architecture; software fault tolerance; software quality; software tools; Glassbox open source AspectJ based diagnostic tool; Web service; artificial intelligent reasoning capability; dynamic analysis capability; experimental platform; failure detection; failure resolution; healthy integrated production system; root cause diagnosis research; service oriented architecture; software quality; symptom repository; Application software; Artificial intelligence; Availability; Benchmark testing; Databases; Fault diagnosis; Production systems; Service oriented architecture; Statistics; Web services;
Conference_Titel :
Reverse Engineering, 2007. WCRE 2007. 14th Working Conference on
Conference_Location :
Vancouver, BC
Print_ISBN :
978-0-7695-3034-5
DOI :
10.1109/WCRE.2007.12