Abstract: A vehicle camera and record system including a plurality of cameras located around a vehicle. The cameras are positioned such that at least a 360-degree planar view is provided surrounding the vehicle. A control unit is operably coupled to the cameras. The controller includes a computer readable storage device. The cameras will record the surrounding area of the vehicle. Media recorded by the cameras will be stored on the computer readable storage device such that the media can be accessed at a later time and date.

Abstract: A vehicle camera and record system including a plurality of cameras located around a vehicle. The cameras are positioned such that at least a 360-degree planar view is provide surrounding the vehicle. A control unit is operably coupled to the cameras. The controller includes a computer readable storage device. The cameras will record the surrounding area of the vehicle. Media recorded by the cameras will be stored on the computer readable storage device such that the media can be accessed at a later time and date.

Abstract: This invention relates to a device configured to enable scorekeeping during a competitive activity. The device includes a scoring unit with a display screen. One or more physical inputs are provided to received input signals indicative of a change to the score. A logic unit configured to modify data displayed on the display screen based on: (i) signals from the one or more physical units; and (ii) predefined scoring logic. A mounting unit having a primary aperture configured to facilitate secure mounting of the mounting member to an object, a secondary aperture configured to receive the scoring unit.

Abstract: A rake combiner for a CDMA rake receiver, the combiner comprising a receiver for receiving a plurality of multipath components of a signal; a memory; a controller arranged to store a first multipath component in the memory; a summer for summing the first multipath component with a second multipath component to provide a combined signal; wherein the controller is arranged to store the combined signal in the memory.

Abstract: A rake combiner for a CDMA rake receiver, the combiner comprising receiving means for receiving a plurality of multipath components of a signal; a memory; a controller arranged to store a first multipath component in the memory; summing means for summing the first multipath component with a second multipath component to provide a combined signal; wherein the controller is arranged to store the combined signal in the memory.

Abstract: An interleaving process in which data is interleaved or interleaved data is de-interleaved. Input data units are distributed over a plurality of output groups of data units. In GSM telephony, input bits are distributed over nineteen transmission bursts. Incoming data units are written to a contiguous RAM and output groups are read from said RAM. Addressing circuitry controls the writing and reading to the RAM, such that data units are stored until required for an output group. After data has been read, these read locations are re-used for the storage of new input data, such that the duration over which a particular memory location stores a data unit depends upon the interleaving process delay for that particular data unit. The addressing circuitry includes modulo counters, each arranged to generate addressing signals for a respective set of memory locations within the RAM. Look-up tables are used to select modulo counts so as to provide conventional addresses to the RAM.

Abstract: The present invention relates to a method of testing of digital and analog circuits. If a fault is detected, after stimuli are applied and test measurements are made at some circuit nodes, steps are taken to locate faulty circuit components. At least one further node is selected for measurement on the basis of the levels of information that such nodes can provide. Further measurements aid fault location.For analog circuits, levels of information are determined by calculation of discrimination factors which depend on possible voltage ranges at unmeasured circuit nodes if various components are considered as faulty. The information gained from measurement at a further node is used to reduce the voltage ranges in order to aid selection of another node to measure.