Abstract: Disclosed are various embodiments for providing an electronic search and guidance application that uses non-address destination designations. In one embodiment, data corresponding to at least a portion of an identifier of a military installation feature is received from a client device. A geographic location corresponding to the identifier of the military installation feature is determined based in part on location data that associates the identifier of the military installation feature to the geographic location. A user interface that indicates the geographic location is encoded for display.

Abstract: Disclosed are various embodiments for providing an electronic search and guidance application that uses non-address destination designations. In one embodiment, data corresponding to at least a portion of an identifier of a military installation feature is received from a client device. A geographic location corresponding to the identifier of the military installation feature is determined based in part on location data that associates the identifier of the military installation feature to the geographic location. A user interface that indicates the geographic location is encoded for display.

Abstract: In illustrative implementations, a time-of-flight camera robustly measures scene depths, despite multipath interference. The camera emits amplitude modulated light. An FPGA sends at least two electrical signals, the first being to control modulation of radiant power of a light source and the second being a reference signal to control modulation of pixel gain in a light sensor. These signals are identical, except for time delays. These signals comprise binary codes that are m-sequences or other broadband codes. The correlation waveform is not sinusoidal. During measurements, only one fundamental modulation frequency is used. One or more computer processors solve a linear system by deconvolution, in order to recover an environmental function. Sparse deconvolution is used if the scene has only a few objects at a finite depth. Another algorithm, such as Wiener deconvolution, is used is the scene has global illumination or a scattering media.

Abstract: In illustrative implementations, a time-of-flight camera robustly measures scene depths, despite multipath interference. The camera emits amplitude modulated light. An FPGA sends at least two electrical signals, the first being to control modulation of radiant power of a light source and the second being a reference signal to control modulation of pixel gain in a light sensor. These signals are identical, except for time delays. These signals comprise binary codes that are m-sequences or other broadband codes. The correlation waveform is not sinusoidal. During measurements, only one fundamental modulation frequency is used. One or more computer processors solve a linear system by deconvolution, in order to recover an environmental function. Sparse deconvolution is used if the scene has only a few objects at a finite depth. Another algorithm, such as Wiener deconvolution, is used is the scene has global illumination or a scattering media.

Abstract: This invention relates to a device that can be used to exercise hands by gently manipulating the device within the hand providing a therapeutic massage. The invention may have various embodiments that can be to inflate the device, or the form and shape of the device.