Nowadays component technologies are an integral part of any enterprise production environment. Performance and scalability are among the key properties of such systems. Using Layered Queuing Networks (LQN), one can predict the performance of a component system from its design. This work revises the approach of using LQN templates and offers a case study by using the revised approach to model a realistic component application. Both strong points and shortcomings of the approach are discussed
Container-managed persistence is an essential tech-nology as it dramatically simplifies the implemen...
When architecting an application, key nonfunctional requirements such as performance, scalability, a...
We present a method for the prediction of the performance of a service-oriented architecture during ...
Component technologies, such as Enterprise Java Beans (EJB) and.NET, are used in enterprise servers ...
The current evolution towards complex software systems consisting of relatively loosely coupled comp...
It is generally accepted that performance characteristics, such as response time and throughput, are...
Abstract. Predicting the performance of component-based applications is difficult due to the complex...
Abstract. Performance characteristics, such as response time and throughput, play an important role ...
Software architecture plays an important role in determining software quality characteristics, such ...
In this work, the main features of the Java Modelling Tool (JMT) are introduced. The standard algori...
Abstract:- With the widespread use of N tier computing technologies in the enterprise and the increa...
We propose an approach for software performance modeling based on UML software specifications and qu...
A software design often does not describe the software infrastructure it will need to run, but a per...
We propose an approach for software performance modeling based on UML software specifications and qu...
Layered Queueing Networks (LQN) are a formalism for modeling and predicting performance properties o...
Container-managed persistence is an essential tech-nology as it dramatically simplifies the implemen...
When architecting an application, key nonfunctional requirements such as performance, scalability, a...
We present a method for the prediction of the performance of a service-oriented architecture during ...
Component technologies, such as Enterprise Java Beans (EJB) and.NET, are used in enterprise servers ...
The current evolution towards complex software systems consisting of relatively loosely coupled comp...
It is generally accepted that performance characteristics, such as response time and throughput, are...
Abstract. Predicting the performance of component-based applications is difficult due to the complex...
Abstract. Performance characteristics, such as response time and throughput, play an important role ...
Software architecture plays an important role in determining software quality characteristics, such ...
In this work, the main features of the Java Modelling Tool (JMT) are introduced. The standard algori...
Abstract:- With the widespread use of N tier computing technologies in the enterprise and the increa...
We propose an approach for software performance modeling based on UML software specifications and qu...
A software design often does not describe the software infrastructure it will need to run, but a per...
We propose an approach for software performance modeling based on UML software specifications and qu...
Layered Queueing Networks (LQN) are a formalism for modeling and predicting performance properties o...
Container-managed persistence is an essential tech-nology as it dramatically simplifies the implemen...
When architecting an application, key nonfunctional requirements such as performance, scalability, a...
We present a method for the prediction of the performance of a service-oriented architecture during ...