The common and most often used models of software’s behavior are described and examined, advantages and disadvantages of every model are viewed as well. Some performance enhancing methods for all the models are proposed — the main idea is to divide the software’s performance into different parts: the first part for the start of software, the second part for software-specific actions and the third part for software’s shutdown. Thus, every model consists of sub-models for different parts of software’s performance, which makes the model more flexible. The series of experiments for detecting irregular behavior with described methods are applied
Complex functional integration leads to intricate logical control flows which in turn presents a gre...
Deviation detection is a set of techniques that identify deviations from normative processes in real...
Modern software systems are composed of several services which may be developed and maintained by th...
The aim of this work is to create an application that allows modeling of user behavior and subsequen...
Software is a ubiquitous component of our daily life. We of-ten depend on the correct working of sof...
\u3cp\u3eContinuous deployment techniques support rapid deployment of new software versions. Usually...
Software is a ubiquitous component of our daily life. We often depend on the correct working of soft...
Software updates made by developers often achieve their intendedpurpose, but these updates may also ...
The degree to which internal states and behavior of software systems conform to their requirement is...
One of the most important tasks in software maintenance is to understand the behavior of the system’...
International audienceDesigning and developing distributed software has always been a tedious and er...
This thesis aims to uncover anomalies in the data describing the performance behavior of a "robot co...
Design pattern detection techniques provide useful insights to help understand the design and archit...
Software often constitutes a large share of today's products. To deliver a product with the level of...
This paper presents a scenario-based approach for the evaluation of the quality attribute of perform...
Complex functional integration leads to intricate logical control flows which in turn presents a gre...
Deviation detection is a set of techniques that identify deviations from normative processes in real...
Modern software systems are composed of several services which may be developed and maintained by th...
The aim of this work is to create an application that allows modeling of user behavior and subsequen...
Software is a ubiquitous component of our daily life. We of-ten depend on the correct working of sof...
\u3cp\u3eContinuous deployment techniques support rapid deployment of new software versions. Usually...
Software is a ubiquitous component of our daily life. We often depend on the correct working of soft...
Software updates made by developers often achieve their intendedpurpose, but these updates may also ...
The degree to which internal states and behavior of software systems conform to their requirement is...
One of the most important tasks in software maintenance is to understand the behavior of the system’...
International audienceDesigning and developing distributed software has always been a tedious and er...
This thesis aims to uncover anomalies in the data describing the performance behavior of a "robot co...
Design pattern detection techniques provide useful insights to help understand the design and archit...
Software often constitutes a large share of today's products. To deliver a product with the level of...
This paper presents a scenario-based approach for the evaluation of the quality attribute of perform...
Complex functional integration leads to intricate logical control flows which in turn presents a gre...
Deviation detection is a set of techniques that identify deviations from normative processes in real...
Modern software systems are composed of several services which may be developed and maintained by th...