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An apparatus includes a video input unit and an audio input unit. The apparatus also includes a multi-sensor fusion/recognition unit coupled to the video input unit and the audio input unit, and a processor coupled to the multi-sensor fusion/recognition unit. The multi-sensor fusion/recognition unit

An apparatus includes a video input unit and an audio input unit. The apparatus also includes a multi-sensor fusion/recognition unit coupled to the video input unit and the audio input unit, and a processor coupled to the multi-sensor fusion/recognition unit. The multi-sensor fusion/recognition unit decodes a combined video and audio stream containing a set of user inputs.

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An apparatus includes a video input unit and an audio input unit. The apparatus also includes a multi-sensor fusion/recognition unit coupled to the video input unit and the audio input unit, and a processor coupled to the multi-sensor fusion/recognition unit. The multi-sensor fusion/recognition unit

An apparatus includes a video input unit and an audio input unit. The apparatus also includes a multi-sensor fusion/recognition unit coupled to the video input unit and the audio input unit, and a processor coupled to the multi-sensor fusion/recognition unit. The multi-sensor fusion/recognition unit decodes a combined video and audio stream containing a set of user inputs. ing means for providing at least one hardware dependent software program, hardware configuration information acquisition means for acquiring hardware configuration information of the robot, hardware dependent software program selection means for selecting a hardware dependent software program, compatible with the hardware configuration information acquired by the hardware configuration information acquisition means, in the hardware dependent software providing means, and software introduction means for introducing, into the system, the hardware independent software program provided by the hardware independent software program providing means, and the hardware dependent software program selected by the hardware dependent software selection means. 2. A robot control system according to claim 1, further comprising a memory device which is permanently fixed to the body of the robot, wherein the hardware independent software program and/or the hardware dependent software program is provided by the fixed memory device. 3. A robot control system according to claim 1, further comprising a memory device which is replaceably mounted to the body of the robot, wherein the hardware independent software program and/or the hardware dependent software program is provided by the exchangeable memory device. 4. A robot control system according to claim 1, further comprising a memory device which is permanently fixed to the body of the robot, and a memory device which is replaceably mounted to the body of the robot, wherein the hardware independent software program and/or the hardware dependent software program is provided by the fixed memory device and the exchangeable memory device, and wherein the software introduction means introduces the hardware independent software program and/or the hardware dependent software program from the exchangeable memory device with priority placed thereon. 5. A robot control system according to claim 4, wherein the software introduction means introduces the hardware independent software program and/or the hardware dependent software program from the fixed memory device when a usable hardware independent software program and/or a usable hardware dependent software program is not present in the exchangeable memory device or when the exchangeable memory device is not loaded. 6. A robot control software program introducing method for introducing a hardware dependent software program and a hardware independent software program into a robot including a combination of a plurality of hardware configuration elements, the method comprising: a hardware independent software program providing step for providing the hardware independent software program, a hardware dependent software program providing step for providing at least one hardware dependent software program, a hardware configuration information acquisition step for acquiring hardware configuration information of the robot, a hardware dependent software program selection step for selecting a hardware dependent software program, compatible with the hardware configuration information acquired in the hardware configuration information acquisition step, and provided in the hardware dependent software providing step, and a software introduction step for introducing, into a system, the hardware independent software program provided in the hardware independent software program providing step, and the hardware dependent software program selected in the hardware dependent software selection step. 7. A robot control software program introducing method according to claim 6, wherein the robot comprises a memory device which is permanently fixed to the body of the robot, and wherein the hardware independent software program and/or the hardware dependent software program is provided by the fixed memory device. 8. A robot control software program introducing method according to claim 6, wherein the robot comprises a memory device which is replace