Digital Experiment, Testing& Validation

Aims & Scope

Digital Experiment, Testing, and Verification has emerged as a transformative paradigm, effectively addressing the surging demands for efficiency, safety, reliability, and cost-effectiveness in the research and development of advanced equipment. This paradigm encompasses a wide range, from atomic-scale fabrication and micro/nano-manufacturing systems to large-scale industrial equipment and infrastructure. Fueled by the seamless integration of AI, IoT, advanced sensor, and cyber-physical technologies, Digital Experiment, Testing, and Verification offers a superior balance between rapid design iterations, stringent reliability requirements, and lifecycle budget constraints, when compared to traditional validation methods. We invite researchers, engineers, and industry professionals to submit their work on theoretical foundations, innovative methodologies, and practical applications of Digital Experiment, Testing and Verification.

The session will focus on the following points:

• ▪Digital twin experimental validation

• ▪Virtual ground & flight testing   

• ▪Virtual assembly  

• ▪Multi-source data fusion  

• ▪Advanced sensor, remoting & IoT 

• ▪Fault diagnosis & Expert System  

• ▪AR, VR & MR for Digital Experiment, Testing and Verification