Model based design

The activity of providing organizational records of resource and product usage, using tracking information to trace backward or forward from any point.

Collecting data and status information during the current running process. This can include information such as job status, production metrics like quantity, volume, weight, quality data, and so on.

Apart from basic functionality, it has additional features such as digital communication, configuration, optimization, diagnostics, and maintenance. These devices or equipment have the capability of sensing, analyzing, reasoning, decision-making, and control.

Grid computing's core, responsible for providing remote process management, resource allocation, storage access, login and authentication, security, and service quality, among other functions.

Utilizing physical models, sensor updates, operational history, and other data to integrate multi-disciplinary, multi-physical parameters, multi-scales, and multi-probabilities in a simulation process. This process maps into a virtual space, reflecting the full lifecycle of the corresponding physical equipment.

The ability of distributed organizations or organizational units to collaborate in a computer-supported collaborative work environment, including capabilities such as parallel work, coordination, conflict resolution, information exchange, and more.