This deliverable D3.5 is a report that describes the existing Functional Test Agents (FTAs) of the iv4XR framework and their technical approaches for testing the XR use cases. The project's GitHub repository contains extended and updated documentation regarding the specification of each FTAs. The document starts with an overall description of the integration of the FTAs within the iv4xr framework. Then it continues as follows: Goal Solving agents that follow goal instructions to verify the XR functionality. Reinforcement Learning agents that learn gradually from the environment to solve tasks. Exploratory agents that execute non-sequential actions to verify the system’s robustness. Coverage agents that use a model craft...
Deliverable D2.3 is the final version of the iv4XR Framework. Since the Deliverable-type D2.3 is OTH...
This deliverable presents a summary of the Socio-Emotional Testing Agents (SETAs) that were develope...
Growth of software size, lack of resources to perform regression testing, and failure to detect bugs...
This deliverable D3.4 is of type OTHER, it describes the progress made in the final year related to ...
This deliverable D3.2 reports the progress related to the Functional Test Agents (FTAs). It explains...
This document describes the iv4xr Framework. It starts by giving an overview of the Framework, its t...
This document is an extension and clarification of the work undertaken in task T6.2 Exploitation and...
This deliverable D3.3 is of type OTHER, it describes the status of the 2nd prototype of Functional T...
This deliverable D2.1 presents the first prototype of the iv4XR Framework, which is an agent- based ...
This short paper presents an architectural overview of an agent-based framework called iv4XR for aut...
The iv4XR Framework is an open source agent-based Java framework for automated testing. Currently th...
The Deliverable D2.2 is the second prototype of the iv4XR Framework, which is an agent-based framewo...
The iv4XR Framework is an open source agent-based Java framework for automated testing. Currently th...
This deliverable D3.1 presents iv4XR Test Specification Language (TSL), which is provided as an embe...
The iv4XR project, which aims to use artificial intelligence to automate the testing of software, wa...
Deliverable D2.3 is the final version of the iv4XR Framework. Since the Deliverable-type D2.3 is OTH...
This deliverable presents a summary of the Socio-Emotional Testing Agents (SETAs) that were develope...
Growth of software size, lack of resources to perform regression testing, and failure to detect bugs...
This deliverable D3.4 is of type OTHER, it describes the progress made in the final year related to ...
This deliverable D3.2 reports the progress related to the Functional Test Agents (FTAs). It explains...
This document describes the iv4xr Framework. It starts by giving an overview of the Framework, its t...
This document is an extension and clarification of the work undertaken in task T6.2 Exploitation and...
This deliverable D3.3 is of type OTHER, it describes the status of the 2nd prototype of Functional T...
This deliverable D2.1 presents the first prototype of the iv4XR Framework, which is an agent- based ...
This short paper presents an architectural overview of an agent-based framework called iv4XR for aut...
The iv4XR Framework is an open source agent-based Java framework for automated testing. Currently th...
The Deliverable D2.2 is the second prototype of the iv4XR Framework, which is an agent-based framewo...
The iv4XR Framework is an open source agent-based Java framework for automated testing. Currently th...
This deliverable D3.1 presents iv4XR Test Specification Language (TSL), which is provided as an embe...
The iv4XR project, which aims to use artificial intelligence to automate the testing of software, wa...
Deliverable D2.3 is the final version of the iv4XR Framework. Since the Deliverable-type D2.3 is OTH...
This deliverable presents a summary of the Socio-Emotional Testing Agents (SETAs) that were develope...
Growth of software size, lack of resources to perform regression testing, and failure to detect bugs...