Design of Centralized Integrated Control Platform for High-Current Linear Induction Accelerator

A robust centralized integrated control platform is of great importance in the operation of the devices. [Purpose] To enhance the top-level command and scheduling capabilities of the control system and ensure the stability of coordinated operation for the two accelerators, we have developed an centralized integrated control platform.

[Methods] Based on practical requirements, the software framework was designed with an EPICS-based  control system as the core architecture, adopting a modular layered design approach. In the aspect of technology implementation, PyQt5 was selected as the program framework, and the human-computer interaction interface was designed through Qt Designer. The signal-slot mechanism and synchronization primitives were used to realize data synchronization, thread synchronization and shared memory read/write protection.