Abstract: The patent application taught an object based information storage, search and mining system and method, which can store, retrieve, and mine massively amount of object data efficiently. A first embodiment includes an object based search engine which can organize and identify the objects efficiently from the search space based on certain operational measure quantifying the search objectives. A second embodiment includes an operational measure estimator which can adaptively adjust or reconfigure itself to improve the accuracy of the estimation. A third embodiment includes a method for mapping objects onto a topological maps to enable identifying objects rapidly from the search space according to certain measures for search objectives. A forth embodiment includes a method for conducting object based search through mapping query objects and search objects onto topological maps and searching effectively through the maps based on certain operational measures.

Abstract: A modular electronic system includes network modules and network processors connected in a network topology. At least one embodiment is object-oriented, and one embodiment is a modular television. Each network module has a respective function module. Each network processor communicates with one or more network modules via respective serial or parallel interfaces. Each network processor has a data switch, a local memory and an object indexing engine. Data is moved among the network modules, the data switch, the local memory and the network processors. The network modules and network processors include electronic circuits, which may be integrated circuits. At least one of the network modules or network processors is individually removable from the modular electronic system for replacement or upgrading. Further network modules or further network processors can be added to the modular electronic system. The television embodiment includes display, memory, interface, communication, CPU and power modules.

Abstract: The patent application taught an object based information storage, search and mining system and method, which can store, retrieve, and mine massively amount of object data efficiently. A first embodiment includes an object based search engine which can organize and identify the objects efficiently from the search space based on certain operational measure quantifying the search objectives. A second embodiment includes an operational measure estimator which can adaptively adjust or reconfigure itself to improve the accuracy of the estimation. A third embodiment includes a method for mapping objects onto a topological maps to enable identifying objects rapidly from the search space according to certain measures for search objectives. A forth embodiment includes a method for conducting object based search through mapping query objects and search objects onto topological maps and searching effectively through the maps based on certain operational measures.

Abstract: A system to process a signal sequence is described. A hybrid block matching and transform based N-Dimensional signal sequence encoder and decoder is disclosed. The encoder includes encoder side block matching predictor, which includes entropy based cost function which can be estimated from certain energy measure of the block matching difference; a fast block matching search method to learn the results from neighboring blocks and to perform large range search with only a small number of points to visit.

Abstract: A hybrid block matching prediction and transform based n dimensional signal sequence encoder, including an encoder motion estimator, having a cost function. A first embodiment includes an entropy-based cost function. A second embodiment includes a fast block matching search (motion estimation) method to learn the results from neighboring blocks and perform a large range search with only a small number of points to visit. A third embodiment includes a method to dynamically adjust the cost function parameters and other selected coding control parameters based on encoder outputs to optimize the quality and performance of the encoder. A fourth embodiment includes a method to enable exploring and rapid processing of fractional grid points for n dimensional block matching search (motion estimation). A fifth embodiment includes a hybrid block matching prediction and transform-based n dimensional signal sequence decoder.

Abstract: The patent application taught an object based information storage, search and mining system and method, which can store, retrieve, and mine massively amount of object data efficiently. A first embodiment includes an object based search engine which can organize and identify the objects efficiently from the search space based on certain operational measure quantifying the search objectives. A second embodiment includes an operational measure estimator which can adaptively adjust or reconfigure itself to improve the accuracy of the estimation. A third embodiment includes a method for mapping objects onto a topological maps to enable identifying objects rapidly from the search space according to certain measures for search objectives. A forth embodiment includes a method for conducting object based search through mapping query objects and search objects onto topological maps and searching effectively through the maps based on certain operational measures.

Abstract: A system and method to process a signal sequence is described. A hybrid block matching and transform based N-Dimensional signal sequence encoder and decoder is disclosed. The encoder includes encoder side block matching predictor, which includes entropy based cost function which can be estimated from certain energy measure of the block matching difference; a fast block matching search method to learn the results from neighboring blocks and to perform large range search with only a small number of points to visit. A method is disclosed to dynamically adjust the cost function parameters and other coding control parameters based on encoder outputs, and to optimize the quality and performance of the encoder. A method is disclosed to enable exploring and rapid processing of fractional grid points for n-dimensional block matching. A hybrid block matching and transform based n-dimensional signal sequence decoder is disclosed.

Abstract: A hybrid block matching prediction and transform based n dimensional signal sequence encoder, including an encoder motion estimator, having a cost function. A first embodiment includes an entropy-based cost function. A second embodiment includes a fast block matching search (motion estimation) method to learn the results from neighboring blocks and perform a large range search with only a small number of points to visit. A third embodiment includes a method to dynamically adjust the cost function parameters and other selected coding control parameters based on encoder outputs to optimize the quality and performance of the encoder. A fourth embodiment includes a method to enable exploring and rapid processing of fractional grid points for n dimensional block matching search (motion estimation). A fifth embodiment includes a hybrid block matching prediction and transform-based n dimensional signal sequence decoder.

Abstract: An object oriented n-dimensional signal object store and processing array structure to enable efficient processing of n-dimensional signal data, including: a fast n-dimensional signal storage memory capable of rapidly storing and accessing n-dimensional signal objects, a multi-level mass memory structure to store massive amounts of data before transferring to the fast n-dimensional signal storage memory, and an n-dimensional signal processor array to process the n-dimensional signal object data in the n-dimensional singal object store.

Abstract: An apparatus in a transmit-side stage in a video distribution system, includes: a video decomposer capable to partition a video stream into a plurality of component video streams; a transmit-side processor pool capable to process the component video streams; a partition compensation circuit capable to generate a partition compensation bit stream for distribution along with the compressed bit streams of the component video streams; a marker stage capable to mark the compressed component video streams prior to storage or distribution to a transmission media; and a selection circuit capable to transmit the component video streams for transmission across the transmission media or for storage in a storage device.

Abstract: A method of transmitting data across a telecommunication network, includes: partitioning a data stream into a plurality sub-streams; transmitting each sub-stream across an associated circuit switching channel in one communication session; and reconstructing the plurality of sub-streams into a single data stream. An apparatus for transmitting data from a source to a destination, includes: a channel bundler and de-bundler capable to partition a data stream into a plurality of sub-streams, the data stream transmitted from the source, the channel bundler and de-bundler capable to reconstruct the sub-streams into a single data stream for transmission to the destination; and a plurality of circuit switching channels communicatively coupled to the channel bundler and de-bundler and capable to transmit an assigned sub-stream.

Abstract: A computer-automated tool re-positions an instance relative to another instance along a given dimension. First, positions of both instances along the given dimension are determined. Then, a modified position is determined for one instance according to a convex function, which defines a global minimum solution between the initial instance positions.

Abstract: A system and method for testing the placement of logic circuits on a regularly repeated array of integrated devices includes a base array memory, a basis memory, a floor plan memory, an array class memory, a logic cell index memory, a legal location index map memory, a legal location table memory and an engine. The system creates an array class for each type of device that is fabricated on the base array. The engine then tests each location of a basis of each array class for the legality of placing each logic cell of an associated group at that location. The engine then constructs a map of the array class, the legal location index map. Each entry on the map corresponds to a location in the array class, and each entry on the map contains a reference to a bit pattern. The engine also constructs a legal location table. The legal location table is a set of unique bit patterns that indicate the logic cells that may be placed at a location.

Abstract: A computer-aided engineering (CAE) tool simulates physical floor-planning of electronic components to be placed and interconnected on both sides of a printed circuit board (PCB). Initially components are placed in a raw portion of the PCB, until an evaluator determines where to re-place selected components in refined portions on both sides of the PCB. The evaluation process is repeated until all components are selected from the raw portion and re-placed in a refined portion. During evaluation, a profile of the raw portion is generated, and the generated profile is searched for a location for placing each selected component.

Abstract: Apparatus and methods for two-dimensional compaction of object collections defines an initial set of unrefined objects and an initial compaction direction. One by one, each unrefined object is taken from the unrefined object configuration and placed within a refined configuration. Both unrefined and refined configurations possess profiles along which the selected object is placed. Pruning rules select which locations to investigate more closely, by eliminating those positions that clearly do not provide compaction improvement. Various orientations and/or shapes of an object can be tried to improve the compaction or the group of objects. Once a best location for the object is found, the object is included in the refined object set, new unrefined and refined profiles are constructed, and a new unrefined object is selected to place. Once all unrefined objects have been selected and placed, the compaction process for the chosen direction has completed.