Man-machine interaction platform and applied unmanned aerial vehicle ground control station thereof

The invention discloses a man-machine interaction platform and an applied unmanned aerial vehicle ground control station thereof. The man-machine interaction platform comprises a front-end speech recognition unit, a controller position primary control unit and other controller position hardware, wherein the front-end speech recognition unit can be used for converting speech order emitted by an operator into a corresponding operation order code through signal amplifying, filtering, analog-to-digital conversion and analytical treatment, and transmitting the operation order code to the controller position primary control unit, so that the controller position primary control unit performs the operation corresponding to the speech order. The man-machine interaction platform provided by the invention has a voice operation function, so that the operator not only can control the unmanned aerial vehicle system and relevant ground display interfaces according to the modes of a conventional mechanical keyboard, a mouse and the like, but also can input the control order to realize the function through speech reorganization, so that the interaction mode between the operator and the unmanned aerial vehicle ground control station is increased, the operator can control the unmanned aerial vehicle system and the related ground display interfaces by adopting of a mode combining both-hand control and speech control.