This paper discusses a framework that helps developers to decide whether to buy or build components of software architecture. Two optimization models have been proposed. First model is Bi-criteria optimization model based on decision variables in order to maximize the software reliability with simultaneous minimization of the overall cost of the system. The second optimization model deals with the issue of compatibility
Abstract: Reliability allocation requires defining reliability objectives for individual subsystems ...
There are a number of computer control systems in which a fault in the software can endanger human l...
Dependability requirements such as safety and availability often conflict with one another making th...
The application of computer systems has now crossed many different fields. Systems are becoming more...
Abstract-This paper presents four optimization models to demonstrate that the optimization of softwa...
AbstractThe vibrant and advanced software development tools not only provide software with versatile...
Building a software architecture that meets functional requirements is a quite consolidated activity...
Abstract. Functional criteria often drive the component selection in the assem-bly of a software sys...
Although Component-Based System (CBS) increases the efficiency of development and reduces the need f...
Redundant components are commonly used for solving Redundancy Allocation Problems (RAP) and improvin...
The increasing size and complexity of software systems makes it hard to prevent or remove all possib...
Considerable development resources are consumed during the software-testing phase. The software deve...
Cataloged from PDF version of article.The increasing size and complexity of software systems has led...
The main objective of the research is to find the best optimal component and define the evaluation c...
The availability of COTS products have changed the software development process, nowadays mostly bas...
Abstract: Reliability allocation requires defining reliability objectives for individual subsystems ...
There are a number of computer control systems in which a fault in the software can endanger human l...
Dependability requirements such as safety and availability often conflict with one another making th...
The application of computer systems has now crossed many different fields. Systems are becoming more...
Abstract-This paper presents four optimization models to demonstrate that the optimization of softwa...
AbstractThe vibrant and advanced software development tools not only provide software with versatile...
Building a software architecture that meets functional requirements is a quite consolidated activity...
Abstract. Functional criteria often drive the component selection in the assem-bly of a software sys...
Although Component-Based System (CBS) increases the efficiency of development and reduces the need f...
Redundant components are commonly used for solving Redundancy Allocation Problems (RAP) and improvin...
The increasing size and complexity of software systems makes it hard to prevent or remove all possib...
Considerable development resources are consumed during the software-testing phase. The software deve...
Cataloged from PDF version of article.The increasing size and complexity of software systems has led...
The main objective of the research is to find the best optimal component and define the evaluation c...
The availability of COTS products have changed the software development process, nowadays mostly bas...
Abstract: Reliability allocation requires defining reliability objectives for individual subsystems ...
There are a number of computer control systems in which a fault in the software can endanger human l...
Dependability requirements such as safety and availability often conflict with one another making th...