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Research and Application of Human-computer Interaction Technology based on Voice Control in Ground Control Station of UAV

机译:基于UAV地面控制站语音控制的人机交互技术研究与应用

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In order to solve the increasing complexity of uav mission, the worsening combat environment brings a lot of control and processing challenges to ground station operators, this project is to model development task for traction sufficient to carry out the project requirements analysis, through to the uav ground control station remote control instructions, seat control research, developed a set of phonetic acquisition, processing equipment, design and build a set of comprehensive human-computer interaction with hand control, voice control demo system, hereinafter referred to as the voice control system. The speech control system realizes and verifies the function of speech acquisition, speech recognition, speech control command generation on board, voice control command generation on seat, etc. Its working principle is application to all speech recognition theoretically, including the ground station system of different languages and models. The system test results show that the design principle of voice control is correct, the human-computer interaction process is reasonable, and the expected research objectives are achieved. The results have been successfully applied to a certain uav ground control station.
机译:为了解决维持者特派团的越来越复杂,战斗环境恶化为地面运营商带来了很多控制和加工挑战,该项目是为牵引力的建模任务足以进行项目要求分析,到无人机地面控制站遥控说明,座椅控制研究,开发了一套语音采集,加工设备,设计和构建一套综合人机交互与手控制,语音控制演示系统,下文中称为语音控制系统。语音控制系统实现并验证语音获取,语音识别,语音控制命令生成的功能,座位上的语音控制命令生成等。其工作原理理论上是应用于所有语音识别的,包括不同的地站系统语言和模型。系统测试结果表明,语音控制的设计原则是正确的,人机互动过程是合理的,并且实现了预期的研究目标。结果已成功应用于某个UAV地面控制站。

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