Abstract: In a geolocation system for determining a geolocation of a target emitter, a method for determining the geolocation. The method comprises receiving a signal transmitted from the target emitter at each one of a plurality of sensors; determining whether signals received at n sensors, from among the plurality of sensors, satisfy one or more threshold values related to a condition of the received signals; if signals received at n sensors satisfy the threshold value, commanding m of the n sensors to transmit the signal received thereat or information related to the signal received thereat to a processor; at the processor, determining time difference estimates for the m received signals and determining the geolocation of the target emitter from the time difference estimates.

Abstract: In a geolocation system for determining a geolocation of a target emitter, a method for determining the geolocation.

Abstract: The system and method of the present invention persuades a desired personal behavior. A processor is operative for developing a personal simulation based on user input indicative of hoped for personal behavior that a user desires to accomplish for themselves. A remote mobile computing device is operative for receiving and running a personal simulation developed by the processor and reinforcing to the user the hoped for personal behavior and persuading to the user behavior modification in conformance with a personal simulation program.

Abstract: To provide remote wireless interface with a computer, a fixed base station is coupled to output ports of the host computer and receives computer output signals intended for application to one or more computer output devices, such as a speaker and video display. The base station includes a transceiver that transmits wireless communication signals over a wireless communication link to a portable input/output unit. The portable input/output unit contains a set of input/output devices through which a user may interact with the host computer. It also includes a transceiver which conducts bidirectional wireless communications with the base station via the wireless communication link. As a result output device signals from the computer are transmitted to and drive output devices of the remote unit. In a complementary manner, input device signals associated with a user's operation of one or more input devices of the portable unit are transmitted to the base station and applied therefrom as inputs to the computer.