3 results about "Process isolation" patented technology

This invention discloses a microscopic interactive teaching terminal and its control method based on dual-process isolation, specifically relating to the fields of educational informatization and embedded systems technology. It includes a hardware layer and a software layer: the hardware layer includes a main control chip, an image sensor, a display screen, a wireless communication module, a storage module, and a power management module. The main control chip is configured as a Hisilicon Hi3516DV300 / 500. This invention completely decouples display and upload processes, resulting in high system stability. The two processes run independently; the crash of one process does not affect the other, and the daemon process can automatically recover, ensuring continuous system availability. This invention features rapid switching response, optimized network resources, and an independent upload process that can be flexibly scheduled according to teacher instructions, supporting multi-channel concurrency without affecting the reception and display of broadcast streams. This invention has strong applicability and can be widely applied to various interactive teaching terminals based on embedded platforms, especially suitable for microscopic teaching scenarios with high real-time requirements.

The application discloses a kind of digital target mechanism construction method and system, the method includes: for each digital target machine instance Independent root file system directory is assigned, the root directory of target machine running process is switched to directory, to realize file system level isolation;For each digital target machine instance Independent network namespace is assigned, and the network namespace of digital target machine instance is connected with the virtual network of target range by virtual Ethernet, to realize network isolation;Custom pseudo-terminal daemon process is started on host side, and is bound to specified communication interface, and the bidirectional forwarding of terminal input and output is carried out through pseudo-terminal daemon process, to realize process isolation;The life cycle of digital target machine instance is uniformly managed.This scheme is based on the kernel capability of host operating system, and the combination mode of process level isolation, file system isolation and network isolation is used to realize the high-density, multi-instance, low-resource consumption digital target machine instance running environment.

The application discloses a beam plate storage full-process intelligent monitoring management system, which comprises a transaction request receiving module, an operation execution monitoring module, a transaction state judging module and a transaction compensation processing module. The application adopts the mode of combining the initial state snapshot with the asynchronous compensation workflow, automatically executes the rollback instruction when the operation fails, and effectively avoids the data state confusion problem. Through multi-source sensor data fusion and real-time comparison and judgment, the accurate monitoring and rapid response of the operation process are realized. Further, through the resource locking mechanism, the concurrent conflict is prevented, the automation level and the abnormal processing capability of the beam plate storage management are improved, and the problems of low operation efficiency and difficult state consistency guarantee caused by the process isolation, data update lag and insufficient abnormal response in the prior art are solved.