Based on Virtual Reality Software Testing Method

Abstract

This paper proposes a novel software testing method leveraging the capabilities of Virtual Reality (VR) technology. The core claim is that constructing a realistic software testing environment using VR significantly improves testing efficiency and quality. The mechanism involves creating virtual models of software systems within a VR environment, allowing testers to simulate user interactions and observe system behavior in a highly immersive manner. This approach aims to overcome limitations of traditional, simulation-based testing by providing a more accurate and intuitive representation of the user experience. The paper outlines the key components of this method, including VR environment design, user interaction modeling, and defect detection strategies. It demonstrates the potential of VR to enhance the early stages of software development, leading to fewer defects and reduced testing costs. This research contributes to a shift in software testing methodologies, embracing immersive technologies for a more effective and realistic assessment of software applications.