Research on Real-time Virtualization Technology for Control System

Kong, Xiangying; Kong, Xinran

doi:10.1145/3487075.3487080

Cited by 2 publications

(2 citation statements)

References 7 publications

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“…The cloud follow-up management platform is a remote monitoring management mode, which uses the combination of network technology and information technology to build a new follow-up mode to achieve extended services outside the hospital [27]. Ling et al carried out nursing follow-up for patients with advanced gastric cancer pain through the cloud follow-up management platform, and timely tracked and fed back the patients' pain status, psychological status, and living conditions, and dynamically adjusted the continuity of care plan.…”

Section: Cloud Follow-up Platformmentioning

confidence: 99%

Research Progress on the Application of “Internet + Continuous Nursing” in Tumor Rehabilitation

Liu,

Lin,

2023

IJCEMR

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With the transformation of the biomedical model, the treatment of cancer patients is not only clinical cure, patients need comprehensive rehabilitation to meet the needs of daily life and improve the quality of life, and continuity of care is an important way to implement the concept of cancer rehabilitation. With the development of the information age, "Internet +" medical treatment has also ushered in comprehensive development. Driven by the national macro policy, "Internet + nursing service" mode has been gradually widely carried out in the field of cancer, and has also made certain achievements. Therefore, this study summarizes the application status of the "Internet +" in nursing work, in-depth discussion of the "Internet + continuity of care" in the specific practice of cancer rehabilitation patients, and analyzes the problems existing in the practice process, so as to construct the future "Internet + continuity of care" platform for cancer rehabilitation patients from the nurse, hospital, the country three levels of outlook in order to provide reference for the comprehensive rehabilitation of cancer patients in the future.

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Section: Cloud Follow-up Platformmentioning

confidence: 99%

Research Progress on the Application of “Internet + Continuous Nursing” in Tumor Rehabilitation

Liu,

Lin,

2023

IJCEMR

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“…In recent years, the emerging RISC-V [1] architecture with its open source, streamlined, and scalable features has received a lot of attention since its emergence, and after years of development, it has achieved great results in the embedded field [2,3] . The embedded field has high requirements for power consumption and response speed, and interrupt technology, as a key technology for the processor to respond to external events [4] , has a significant impact on the real-time performance of the processor.…”

Section: Introductionmentioning

confidence: 99%

Design and implementation of a fast interrupt system based on RISC-V

Zhang,

Shang

et al. 2023

Second International Conference on Electronic Information Technology (EIT 2023)

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Interrupt technology is a key technology for processors to respond to external events and plays an important role in the embedded field.The open source RISC-V architecture defines a complete set of interrupt mechanisms with hardware definitions that do not support interrupt nesting in embedded systems that only support machine mode, and software support for interrupt nesting adds additional time overhead.This paper is based on the interrupt mechanism defined by RISC-V, using a state machine to control the global interrupt enablement of the processor to support interrupt nesting, and to save the site and restore the site through hardware stacking and out-stacking to avoid the time consumption caused by the software level;A dedicated entry point for interrupt service program jumps further speeds up the response. In this paper, we design and implement a fast interrupt system using Hummingbird E203, an open source kernel defined by standard RISC-V, as an experimental platform.Simulation verification and comprehensive implementation on FPGA platform show that compared to the interrupt handling process of Hummingbird E203, using a small amount of hardware resource consumption, the response speed is improved by 1/4, providing better real-time performance and flexibility in embedded applications.

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Research on Real-time Virtualization Technology for Control System

Cited by 2 publications

References 7 publications

Research Progress on the Application of “Internet + Continuous Nursing” in Tumor Rehabilitation

Research Progress on the Application of “Internet + Continuous Nursing” in Tumor Rehabilitation

Design and implementation of a fast interrupt system based on RISC-V

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