Abstract: Methods and apparatuses for visualizing distractions are described. In one example, audio data is received from microphones in an open space. A human speech distractor presence is identified by one or more of: (a) detecting voice activity from the audio data, (b) receiving motion sensor data from motion sensors in the open space and detecting motion activity from the motion sensor data, or (c) receiving video sensor data from video sensors in the open space and detecting a human presence from the video data. A source location of the human speech distractor presence within the open space is identified utilizing one or more of the audio data, the motion sensor data, or the video data. A distraction index parameter is generated from the audio data. The distraction index parameter is visually indicated on an open space map at the source location of the human speech distractor presence.

Abstract: Methods and apparatuses for visualizing distractions are described. In one example, audio data is received from microphones in an open space. A human speech distractor presence is identified by one or more of: (a) detecting voice activity from the audio data, (b) receiving motion sensor data from motion sensors in the open space and detecting motion activity from the motion sensor data, or (c) receiving video sensor data from video sensors in the open space and detecting a human presence from the video data. A source location of the human speech distractor presence within the open space is identified utilizing one or more of the audio data, the motion sensor data, or the video data. A distraction index parameter is generated from the audio data. The distraction index parameter is visually indicated on an open space map at the source location of the human speech distractor presence.

Abstract: Methods and apparatuses for addressing open space noise are disclosed. In one example, a method for masking open space noise includes receiving a microphone output signal from a microphone, the microphone one of a plurality of microphones in an open space. The method includes detecting a presence of a noise source from the microphone output signal, and determining whether the noise source is capable of being masked with a noise masking sound. The method further includes increasing a volume of a noise masking sound output from a loudspeaker responsive to a determination that the noise source is capable of being masked, the loudspeaker located in a same geographic sub-unit of the open space as the microphone. The loudspeaker is one of a plurality of loudspeakers in the open space.

Abstract: Methods and apparatuses for addressing open space noise are disclosed. In one example, a method for masking open space noise includes receiving a microphone output signal from a microphone, the microphone one of a plurality of microphones in an open space. The method includes detecting a presence of a noise source from the microphone output signal, and determining whether the noise source is capable of being masked with a noise masking sound. The method further includes increasing a volume of a noise masking sound output from a loudspeaker responsive to a determination that the noise source is capable of being masked, the loudspeaker located in a same geographic sub-unit of the open space as the microphone. The loudspeaker is one of a plurality of loudspeakers in the open space.