Abstract: A system and method of providing wagering over a computerized system. The system includes a computerized multi-player game. The game includes an integral game mechanics module for providing a game-play session over a computerized network. The game mechanics module is in real-time communication with a wagering module and therethrough the wagering module automatically receiving real-time game event information. The game mechanics module provides a wagering option to a player in real-time that is selectable by a game-play action.

Abstract: A system and method of providing wagering over a computerized system. The system includes a computerized multi-player game. The game includes an integral game mechanics module for providing a game-play session over a computerized network. The game mechanics module is in real-time communication with a wagering module and therethrough the wagering module automatically receiving real-time game event information. The game mechanics module provides a wagering option to a player in real-time that is selectable by a game-play action.

Abstract: A system and method of providing wagering over a computerized system. The system includes a computerized multi-player game. The game includes an integral game mechanics module for providing a game-play session over a computerized network. The game mechanics module is in real-time communication with a wagering module and therethrough the wagering module automatically receiving real-time game event information. The game mechanics module provides a wagering option to a player in real-time that is selectable by a game-play action.

Abstract: An apparatus for reducing crosstalk between cathodes of detector diodes of an imager detector array includes a capacitor and voltage switch coupled into a detector bias network to virtually isolate a detector diode from a common cathode power plane while simultaneously ‘powering’ the diode for image acquisition, e.g., photo current detection. A method includes a timing sequence wherein during non-acquisition time intervals, the capacitor is charged through the voltage switch by turning the switch on to allow charge to flow into the capacitor from a common supply plane. The method further includes disconnecting the capacitor before an acquisition timer interval such that during the acquisition time interval, the current through the detector diode, caused by incident flux, comes from the capacitor and not from the common cathode power plane.

Abstract: A system and method of providing wagering over a computerized system. The system includes a computerized multi-player game. The game includes an integral game mechanics module for providing a game-play session over a computerized network. The game mechanics module is in real-time communication with a wagering module and therethrough the wagering module automatically receiving real-time game event information. The game mechanics module provides a wagering option to a player in real-time that is selectable by a game-play action.

Abstract: A system and method of providing wagering over a computerized system. The system includes a computerized multi-player game. The game includes an integral game mechanics module for providing a game-play session over a computerized network. The game mechanics module is in real-time communication with a wagering module and therethrough the wagering module automatically receiving real-time game event information. The game mechanics module provides a wagering option to a player in real-time that is selectable by a game-play action.

Abstract: A system and method of providing wagering over a computerized system. The system includes a computerized multi-player game. The game includes an integral game mechanics module for providing a game-play session over a computerized network. The game mechanics module is in real-time communication with a wagering module and therethrough the wagering module automatically receiving real-time game event information. The game mechanics module provides a wagering option to a player in real-time that is selectable by a game-play action.

Abstract: Some embodiments of the invention include an interconnect structure to transfer data among a plurality of devices. The interconnect structure includes a crossbar and a number of interconnect branches coupled to the crossbar. Each of the interconnect branches includes a number of connector circuits coupled in series to transfer data in a group of devices of the plurality of devices. The crossbar includes a number of connector circuits coupled in series to allow one group of devices from one interconnect branch to exchange data with another group of devices from another interconnect branch. Other embodiments are described and claimed.

Abstract: Some embodiments of the invention include an interconnect structure having a plurality of connector circuits to transfer messages among a number of devices. Each of the connector circuits includes a data transfer unit to transfer messages and a clock unit to provide timing to transfer the messages. The interconnect structure propagates a master clock signal serially through the clock units of the connector circuits to generate a number of different input clock signals. The timing provided by each of the clock units is based on the timing of one of the input clock signals. Other embodiments are described and claimed.

Abstract: A fuse sense circuit has a sense amplifier and a post amplifier (gain stage). The sense amplifier has a reference branch and one or more sense (or fuse) branches. The fuse sense circuit determines the state of the fuses using safe currents and provides much higher gain than prior art. The post amplifier is a scaled replica of the reference branch or one of the sense branches in that the devices in the post amplifier maintain the same ratio as similar devices in the reference branch, and components in the post amplifier each matches components in the reference branch. The sense amplifier output is interpreted by the post amplifier's matched gain stage and has a trip point that sufficiently tracks the reference voltage. The result is reduced process and voltage sensitivity, which allows lower differential fuse resistance to be accurately detected with a non-ideal sense amplifier. Multiple gain stages may be added to multiple sense branches for redundancy and single-ended sensing.

Abstract: A fuse sense circuit has a sense amplifier and a post amplifier (gain stage). The sense amplifier has a reference branch and one or more sense (or fuse) branches. The fuse sense circuit determines the state of the fuses using safe currents and provides much higher gain than prior art. The post amplifier is a scaled replica of the reference branch or one of the sense branches in that the devices in the post amplifier maintain the same ratio as similar devices in the reference branch, and components in the post amplifier each matches components in the reference branch. The sense amplifier output is interpreted by the post amplifier's matched gain stage and has a trip point that sufficiently tracks the reference voltage. The result is reduced process and voltage sensitivity, which allows lower differential fuse resistance to be accurately detected with a non-ideal sense amplifier. Multiple gain stages may be added to multiple sense branches for redundancy and single-ended sensing.

Abstract: A fuse sense circuit has a sense amplifier and a post amplifier (gain stage). The sense amplifier has a reference branch and one or more sense (or fuse) branches. The fuse sense circuit determines the state of the fuses using safe currents and provides much higher gain than prior art. The post amplifier is a scaled replica of the reference branch or one of the sense branches in that the devices in the post amplifier maintain the same ratio as similar devices in the reference branch, and components in the post amplifier each matches components in the reference branch. The sense amplifier output is interpreted by the post amplifier's matched gain stage and has a trip point that sufficiently tracks the reference voltage. The result is reduced process and voltage sensitivity, which allows lower differential fuse resistance to be accurately detected with a non-ideal sense amplifier. Multiple gain stages may be added to multiple sense branches for redundancy and single-ended sensing.