Abstract: A LIDAR device includes an array of lasers and an array of corresponding receivers. The spatial distribution of the lasers corresponds to that of the receivers. The array of lasers creates an array of beamlets and correlated receiver fields of view for dense three-dimensional point cloud mapping with precise angular spacing defined by lithographically grown transmitter and receiver arrays. A transmitter lens may be provided that maximizes optical throughput in a coaxial LIDAR by crossing the transmitter beamlets at the focus of the transmitter lens, where a transmit and receive combiner is also located. A single transmitter lens may be used to both collimate and steer the transmitter beamlets to generate a desired spot pattern in angle space. Control circuitry for the lasers may include a drive transistor with a power source coupled to a source terminal and an isolated gate driver coupled to a gate terminal.

Abstract: A method includes receiving a request, associated with a user profile, for an integrated video guide for a video service. The integrated video guide is time based, and the video service includes broadcast video content and video service selected video content. The video service selected video content is provided via unicast or multicast. The method includes identifying basic video channels that are provided to all subscribers of the video service, and identifying user selected channels that are provided based on the user profile. Broadcast channels that are included in the user selected channels are identified. Online channels that are included in the user selected channels are also identified. The method also includes presenting the basic video channels, the broadcast channels, and the online channels in a same manner in the integrated video guide.

Abstract: A method includes receiving a request, associated with a user profile, for an integrated video guide for a video service. The integrated video guide is time based, and the video service includes broadcast video content and video service selected video content. The video service selected video content is provided via unicast or multicast. The method includes identifying basic video channels that are provided to all subscribers of the video service, and identifying user selected channels that are provided based on the user profile. Broadcast channels that are included in the user selected channels are identified. Online channels that are included in the user selected channels are also identified. The method also includes presenting the basic video channels, the broadcast channels, and the online channels in a same manner in the integrated video guide.

Abstract: A pharmaceutical composition is provided for systemically treating a living mammal or avian. The composition preferably comprises an alkyl-dimethyl-benzyl-ammonium chloride, an alkyl-dimethyl-ethylbenzyl-ammonium chloride, and an organotin compound in a vehicle suitable for systemically treating a living mammal or avian of viral, bacterial, fungal infections and diseases, including HIV in humans.

Abstract: A pharmaceutical composition is provided for systemically treating a living mammal or avian. The composition preferably comprises an alkyl-dimethyl-benzyl-ammonium chloride, an alkyl-dimethyl-ethylbenzyl-ammonium chloride, and an organotin compound in a vehicle suitable for systemically treating a living mammal or avian of viral, bacterial, fungal infections and diseases, including HIV in humans.

Abstract: A pharmaceutical composition is provided for systemically treating a living mammal or avian. The composition preferably comprises an alkyl-dimethyl-benzyl-ammonium chloride, an alkyl-dimethyl-ethylbenzyl-ammonium chloride, and an organotin compound in a vehicle suitable for systemically treating a living mammal or avian of viral, bacterial, fungal infections and diseases, including HIV in humans.

Abstract: The present invention provides a laser radar (ladar) imaging system in which both the range of an object being imaged and the velocity of the object can be measured simultaneously and accurately with superior range resolution and with minimal ambiguity. Use is made of a ladar system based on matched-filter cross-correlation of light pulse waveforms that have multiple, simultaneous frequency components with phase variation and incommensurate spectral frequency spacing between frequency components.