摘要
为了提高单兵装备通信模块语音视频交互和信息管理能力,提出基于云技术和物联网的单兵装备通信模块语音视频交互功能系统设计方法。构建单兵装备通信模块语音视频交互系统的总体构架,设计的系统主要包括信息采集模块、单兵装备通信视频交互设备运行状态监测模块、通信传输模块、物联网组网控制模块以及远程传输模块等。结合远动通信装置实现对单兵装备通信模块语音视频交互功能组件传输控制,采用AMBA2.0实现单兵装备通信模块语音视频交互的AI传输控制,基于视频流以及智能视频网关的AI交互设计方法,结合平台参数配置和功能组件分配,建立单兵装备通信模块语音视频交互功能系统的人机交互模块和信道扩频模块,实现部分场景的单兵装备通信AI自主识别。测试结果表明,设计的单兵装备通信模块语音视频交互功能系统稳定性较好,控制能力较强,提高了单兵装备通信模块语音视频交互的实时性和输出可靠性。
In order to improve the capability of voice-video interaction and information management of individual soldier equipment communication module,the design method based on cloud technology and Internet of Things is proposed.The overall framework of voice and video interactive system is constructed.The designed system mainly includes information acquisition module,running status monitoring module of individual soldier equipment communication video interactive equipment,communication transmission module,Internet of Things networking control module,and remote transmission module.Combined with telecontrol communication device,the transmission control of voice-video interaction functional components of individual equipment communication module is realized.AMBA2.0 is adopted to realize AI transmission control of voice-video interaction of individual equipment communication module.Based on the design method of AI interaction of video stream and intelligent video gateway,the man-machine interaction module and channel spread spectrum module are established in combination with platform parameter configuration and functional component allocation,so as to realize AI autonomous identification of individual equipment communication in some scenes.The test results show that the designed voice-video interaction system of individual equipment communication module has good stability and strong control ability,improves the real-time performance and output reliability of voice-video interaction of individual equipment communication module.
作者
王愚
李江伟
符华
聂雷刚
李佩
WANG Yu;LI Jiangwei;FU Hua;NIE Leigang;LI Pei(Nanning Power Supply Bureau of Guangxi Power Grid Co.,Ltd.,Nanning 530022,China)
出处
《微型电脑应用》
2022年第10期79-82,共4页
Microcomputer Applications
关键词
单兵装备
通信模块
语音视频交互
AI识别
individual equipment
communication module
voice-video interaction
AI recognition
