A Comprehensive Guide to Testing AI Application Metrics
Chintamani Bagwe, Kinil Doshi · International Journal on Soft Computing Artificial Intelligence and Applications · 2024
This study examines key metrics for assessing the performance of AI applications. With AI rapidly expanding across industries, these metrics ensure systems are reliable, efficient, and effective. The paper analyzes measures like Return on Investment, Customer Satisfaction, Business Process Efficiency, Accuracy and Predictability, and Risk Mitigation. These metrics collectively provide valuable insights into an AI application's quality and reliability. The paper also explores how AI and Machine Learning have transformed software testing processes. These technologies have increased efficiency, enhanced coverage, enabled automated test case generation, accelerated defect detection, and enabled predictive analytics. This revolution in testing is discussed in detail. Best practices for testing AI applications are presented. Comprehensive test coverage, robust model training, data privacy safeguards, and integrating modern techniques are emphasized. Common challenges like explainability, acquiring quality test data, monitoring model performance, privacy concerns, and fostering tester developer collaboration are also addressed. Evaluating the future of AI application assessments, the research predicts specialized techniques will emerge, tailored for precise and efficient analysis of AI systems. It stresses ethical factors, enhanced data privacy and security protocols, and the complementary blend of AI driven tools with human expertise as crucial elements. In summary, the study recommends a comprehensive strategy for testing AI applications, deeming AI metrics vital for validating system performance and dependability. Adopting these best practices and tackling outlined challenges will greatly refine organizational testing processes, thereby ensuring the delivery of high caliber, trustworthy AI solutions in our increasingly digital landscape.