1. A system comprising: a) a camera that is operable to take and store pictures, and that includes a lens, an image sensor, at least two microphones, a voice-recognition unit, and a camera controller; b) the camera controller including a control program having instructions to control and respond to the voice-recognition unit; and c) wherein (i) the voice-recognition unit is coupled to the microphones and the camera-controller, and is configured to receive and process a first and a second sound; (ii) the first and second sounds correspond to the same utterance, as spoken by a person at a specific time, detected at two microphones; and, (iii) the voice-recognition unit is configured to apply a voice-recognition algorithm based on the energy detected at each of two microphones.
1. A system comprising: a) a camera that is operable to take and store pictures, and that includes a lens, an image sensor, at least two microphones, a voice-recognition unit, and a camera controller; b) the camera controller including a control program having instructions to control and respond to the voice-recognition unit; and c) wherein (i) the voice-recognition unit is coupled to the microphones and the camera-controller, and is configured to receive and process a first and a second sound; (ii) the first and second sounds correspond to the same utterance, as spoken by a person at a specific time, detected at two microphones; and, (iii) the voice-recognition unit is configured to apply a voice-recognition algorithm based on the energy detected at each of two microphones. 2. The method of claim 1 wherein at least two microphones face substantially opposite directions.