Mr. Kexiang Wang Profile

Kexiang Wang

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Proceedings Article | 12 March 2021 Paper

Multi-scale information quantification framework in network information system environment

Yunhui Wang, Xinyang Yan, Kexiang Wang

Proceedings Volume 11763, 117637M (2021) https://doi.org/10.1117/12.2587457

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The network information system surrounding information acquisition, information interaction, and information utilization is the core element of the current information environment, and the measurement of information is one of the cores of the research on the network information system. This article quantitatively calculates different levels of information from the perspective of effectiveness evaluation, maps the information measurement issues in the physical domain, system domain, and system domain to the equipment performance, system effectiveness domain and system effectiveness, and quantitatively calculates the information from the perspective of application effects, get the multi-scale measurement framework of information measurement. Through this framework, multi-scale quantitative calculations can be carried out on the information application capabilities of different levels of network information systems, providing support for equipment construction, capability evaluation, and optimized applications.

Proceedings Article | 18 December 2019 Paper

Research on resource management mechanism of UAV

Xueli Zheng, Xinyang Yan, Pingyu Deng, Qing Zhou, Kexiang Wang

Proceedings Volume 11341, 113411H (2019) https://doi.org/10.1117/12.2547000

KEYWORDS: Unmanned aerial vehicles, Research management, Unmanned systems, Adaptive control, Avionic systems

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The unmanned aerial vehicle resources include subsystem resources such as sensors, weapons and communication links, in order to meet the resource scheduling and management requirements of unmanned aerial vehicle, this paper studies the resource scheduling and management mechanism of unmanned aerial vehicles from the aspects of demand analysis, functional framework and operation process. It mainly analyzes the functions and operation flow of unmanned aerial vehicle, including resource adaptation conversion, access control, access control, resource state maintenance, etc., so as to provide references for the packaging and adaptation of unmanned aerial vehicles resources and the design of resource management software.

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