EMS人机界面及其交互技术研究

HCI and interaction technologies of EMS

人机界面是能量管理系统(EMS)中的重要一环,利用若干先进的人机交互技术,对EMS输入端、输出端2方面进行了改进。输入端在原有的交互工具上加入语音识别,从而和鼠标、键盘形成一个多模式的输入界面。该输入界面能够减少命令输入时间以及实现多命令并行输入等。输出端引入关联多屏显示技术,并将2-D可视化和3-D可视化结合使用,在听觉输出上使用语音合成技术。这些综合输出方式的结合使用能够将系统信息以更加合理、自然的方式呈现出来,便于调度员更加快速地把握系统的运行情况。

HCI（Human Computer Interface） is an important part of EMS（Energy Management System）. Advanced HCI technologies are adopted to improve the input and output of EMS. Speech recognition added at the input side form a multi-mode input interface together with mouse and keyboard, which can shorten the order input time and realize multi order inputs in parallel. Correlated multi- screen display technology introduced at the output side combines 2-D visualization with 3- D visualization. The text-to-speech technology combined with other output modes can present the system information more reasonably and naturally to help operators to control the system operating conditions quickly.