OO metrics data gathering environment Hericko, M.; Rozman, I.; Horvat, R.V. ...
Proceedings. Technology of Object-Oriented Languages. TOOLS 24 (Cat. No.97TB100240),
1997
Conference Proceeding
Object technology has been recognized as an enabling factor and it is largely introduced into MIS departments. However, the benefits and improvements related to object technology are not obvious and ...could not be realized and achieved without appropriate evaluation criteria and metrics. The paper presents some evaluation criteria, measures and metrics, suitable for object oriented software development. Basic concepts of the OOMetDaGa Environment that provides automatic support for metrics data gathering are described and some empirical data presented.
Diagnostics and a qualitative model Druzovec, Marjan; Welzer, Tatjana; Colnaric, Matjaz ...
International journal of medical informatics (Shannon, Ireland),
09/2001, Letnik:
63, Številka:
1
Journal Article
Recenzirano
First generation expert systems were using shallow knowledge based on heuristic information to solve a diagnostic problem. This approach has many disadvantages, which can be avoided by using deep ...knowledge. Diagnostic reasoning based on deep knowledge is called model-based diagnostics. Recently, the use of qualitative modeling in relation to deep knowledge in expert systems has become increasingly important. The main purpose of our contribution is to present the model-based diagnostic approach at a formal level. The originality of the presented formalization is the concept of the diagnostic space, the characterization of the minimal diagnoses, and the measurement. The formalization serves as the theoretical background to prove our view to the design of qualitative system models and to establish the diagnostic architecture called DISY. The qualitative system model in our diagnostic approach needs not to be specially adopted for use in the diagnostic domain. The only requirement is that it must simulate the system behavior expressed by normal or abnormal functioning of its components. Proposed DISY architecture is not complex and simply takes into an account the previous diagnostic result to obtain a new one from the additional observation-measurement (medical tests or examinations) of the system.
The PROCESSUS methodology was developed to assist the software organizations with quality system establishment and improvement. It covers the assessment of software organizations and training and ...consulting procedures during the establishment or improvement of their quality systems. The methodology is based on two best known software quality improvement models, SEI CMM and ISO standards. In the paper special attention is given to the method of integration of both models. The integrated model also forms the basis for the PROCESSUS methodology.
Software Reuse by Using Components Jurič, Matjaž B; Heričko, Marjan; Rozman, Ivan ...
Journal of information and organizational sciences,
12/1997, Letnik:
21, Številka:
2
Journal Article
Recenzirano
Odprti dostop
Object technology is evolving into component based industry. This paper shows how to achieve software reuse by using component technology. Basic ideas of component technology are shown and two ...well-known models, COREA and DCOM, are described. It also shows how distributed object models support interface and implementation reuse. The advantages and disadvantages are indicated too. Component technology is mature enough and ready for practical use and there is a huge potential of component technology to offer substantial benefits in software development process.
The PROCESSUS methodology was developed to assist the software organizations with quality system establishment and improvement. It covers the assessment of software organizations and training and ...consulting procedures during the establishment or improvement of their quality systems. The methodology is based on two best known software quality improvement models, SEI CMM and ISO standards. In the paper special attention is given to the method of integration of both models. The integrated model also forms the basis for the PROCESSUS methodology.
The concept of the knowledge-based database designer, which is intended for conceptual database design, is dealt with. Because of its importance, it must be well designed and different tools should ...be combined to make this design more intelligent. The database design should be supported by expert (administrator know-how, CASE tool results) as well as problem-oriented knowledge of the application.< >
