Abstract: Media and devices that exploit the possibility of encoding multiple channels of spatially structured information into single images, by exploiting temporal modulation of color and brightness, are proposed. Applications include relief of color blindness, producing images enriched with normally “invisible” information from infrared, ultraviolet, and polarization, and effectively adding new perceptible colors within the visible spectrum.

Abstract: Media and devices that exploit the possibility of encoding multiple channels of spatially structured information into single images, by exploiting temporal modulation of color and brightness, are proposed. Applications include relief of color blindness, producing images enriched with normally “invisible” information from infrared, ultraviolet, and polarization, and effectively adding new perceptible colors within the visible spectrum.

Abstract: Microphone stages in a microphone array may be coupled together in a daisy chain. Each stage may include a microphone, an analog to digital converter, a decimation unit, a receiver, an adder, and a transmitter. The converter may convert analog audio microphone signals into digital codes that may be decimated. The adder may add decimated digital codes in each stage to a cumulative sum of decimated digital codes from prior stages. This new sum may be transmitted to the next microphone stage, where the adder may add the decimated digital codes from that stage to the cumulative sum. A serial interface may be used to connect the transmitters and receivers of each of the stages. The serial interface may be used to transmit the cumulative sum of decimated digital codes between the stages. The serial interface may also be used to transmit configuration data between the stages.

Abstract: Microphone stages in a microphone array may be coupled together in a daisy chain. Each stage may include a microphone, an analog to digital converter, a decimation unit, a receiver, an adder, and a transmitter. The converter may convert analog audio microphone signals into digital codes that may be decimated. The adder may add decimated digital codes in each stage to a cumulative sum of decimated digital codes from prior stages. This new sum may be transmitted to the next microphone stage, where the adder may add the decimated digital codes from that stage to the cumulative sum. A serial interface may be used to connect the transmitters and receivers of each of the stages. The serial interface may be used to transmit the cumulative sum of decimated digital codes between the stages. The serial interface may also be used to transmit configuration data between the stages.

Abstract: A graphical representation of the firewall and a network coupled to the firewall is generated and displayed. A number of an inbound port of the network is displayed. An arrow adjacent to the port number pointing toward the network is displayed to indicate that a communication is permitted to the port. The port number and the arrow are located between an icon for the network and an icon for the firewall. A port number of a destination of a communication originating from the network is displayed. Also, another arrow adjacent to the destination port number pointing toward the firewall is displayed to indicate that a communication is permitted to the destination port number. The destination port number and the other arrow are located between an icon for the network and an icon for the firewall. A table including definitions of a plurality of rules is generated and displayed. Each of the definitions includes entries for a source IP address and destination IP address of a permitted but vulnerable data flow.