617 results about "Hybrid data" patented technology

The current disclosure uses the disciplines of Ontology and Epistemology to implement a context/content-based “multimedia conceptual search and planning”, in which the formation of conceptualization is supported by embedding multimedia sensation and perception into a hybrid database. The disclosed system comprises: 1) A hybrid database model to host concept setup. 2) A graphic user interface to let user freely issue searching request in text and graphic mode. 3) A parsing engine conducting the best match between user query and dictionaries, analyzing queried images, detecting and presenting shape and chroma, extracting features/texture of an object. (4) A translation engine built for search engine and inference engine in text and graphic mode. 5) A search engine using partitioned, parallel, hashed indexes from web crawler result, conducting search in formal/natural language in text and graphic mode. 6) A logic interference engine working in text and graphic mode, and 7) A learning/feedback interface.

A system for data transport in a Distributed Antenna System (DAS) includes a plurality of remote Digital Access Units (DAUs) located at a Remote location. The plurality of remote DAUs are coupled to each other and operable to transport digital signals between the plurality of remote DAUs. The system also includes a plurality of central hubs. Each of the plurality of central hubs is in communication with one of the remote DAUs using an electrical communications path. The system further includes a plurality of transmit/receive cells. Each of the plurality of transmit/receive cells includes a plurality of remote hubs. Each of the remote hubs in one of the plurality of transmit/receive cells is in communication with one of the plurality of central hubs using an optical communications path.

The use of data structures for displaying images is described: A first minimal data structure. In this structure only that information needed to show the data in the form of a 3D image, either wire mesh or rendered, to the user, is loaded into memory, e.g. the RAM memory. No additional information about the data structure is generated. For example, no connectivity data is loaded into memory. Typically this memory state is used for “read-only” purposes. In other words, the data objects are not to be modified. A second Rich (Flexible) data structure. In this structure, information, which a typical application holds to perform operations on the data, will be kept in memory, e.g. a RAM memory. Optional examples of extra information needed are, connectivity data such as neighbor information, some data flags for polygons, e.g. triangles and vertices, references to next and previous vertices and polygons, e.g. triangles, etc. In order to perform complex operations on big datasets in a somewhat efficient way, such extra information is preferred. A third data structure mainly in the non-volatile memory. In this structure the bulk of the data will be put into the non-volatile storage again, but in such a way that it can very easily be converted into one of the other memory structures again that are mentioned above. The structure in RAM will be similar as in 1 or 2, but will contain a reduced version of the data: for instance the 3D model will be described with less polygons, ultimately with only 6 polygons (the bounding box).

Methods and arrangements for hybrid data storage are described herein. Embodiments may comprise a hybrid memory controller to facilitate accesses of more than on type of memory device, referred to generally hereafter as a hybrid memory device or hybrid cache device. The hybrid memory controller may include split logic to determine whether to split data of a write request into more than one portion and to store each portion in a different type of data storage device. For example, one embodiment comprises a hybrid memory controller to store data in both SRAM and DRAM devices. The SRAM and DRAM devices may include distinct circuits on a die, distinct dies within a chip, distinct chips on a memory module, distinct memory modules, or the like.

The present invention is directed generally toward the field of spectral analysis and, more particularly, toward an improved method of identifying unknown components of a mixture from a set of spectra collected from the mixture using a spectral library including potential candidates. For example, the present method is directed to identifying components of a mixture by the steps which comprise obtaining a set of spectral data for the mixture that defines a mixture data space; ranking a plurality of library spectra of known elements according to their angle of projection into the mixture data space; calculating a corrected correlation coefficient for each combination of the top y ranked library spectra; and selecting the combination having the highest corrected correlation coefficient, wherein the known elements of the selected combination are identified as the components of the mixture.

The invention discloses a multi-operating process monitor method based on principal component analysis and support vectors data. The method establishes a uniform PCA model to various operating mixed data firstly, puts score vectors of principal component space and residual space to high dimension characteristic space. Two new statistics are established in the characteristic space for monitoring the principal component space and residual space. When the process goes wrong, a fault reconstruction method based on SVDD identifies fault. The method establishes two SVDD statistics monitor model to various operating based that the principal analysis method is used for reducing process variable dimension, reduces statistics limit of processing monitor, increases sensitivity of processing monitoring. In addition, the invention provides a fault reconstruction and identifying method aiming at detected process fault which can locate source of fault commendably, is benefit to removing fault as soon as possible, returns process to normal operation.

A computer implemented method, apparatus, and computer usable program code for generating code for an integrated data system. A mixed data flow is received. The mixed data flow contains mixed data flow operators, which are associated with multiple runtime environments. A graph is generated containing logical operators based on the mixed data flow in response to receiving the mixed data flow. The logical operators are independent of the plurality of runtime environments. The graph is converted to a model. The logical operators are converted to model operators associated with the multiple runtime environments. The model operators allow for analysis of operations for the mixed data flow. The model is converted into an execution plan graph. The execution plan graph is executable on different runtime environments.

A frame configured to (i) be transmitted on a network and (ii) store data packets in a plurality of channels. One or more of the plurality of channels may be configured to store one or more fragments of the data packets.

A data networking system includes a physical interface module of a first type, configured to transfer data traffic that meets a first requirement, a physical interface module of a second type, configured to transfer data traffic that meets a second requirement, the second requirement being different from the first requirement, a packet switch, and a hybrid switching module configured to transfer data between the first physical interface module and the packet switch, and to transfer data between the second physical interface module and the packet switch.

An apparatus comprising one or more nodes. The apparatus may be configured to transport one or more packets within a frame. The one or more nodes may be configured to add and/or drop at least one of the one or more packet from the frame.

The invention relates to a method for managing a packet switched, centralized conference call between a plurality of terminals 13. In order to enable an enhancement of the user comfort, it is proposed that the method comprises at a conference call server 12 receiving data packets from all terminals 13. Based on these data packets, then at least one terminal 13 currently providing voice data is determined. In a next step, the data received in the data packets is mixed, and the mixed data is inserted into new data packets together with at least one identifier associated to one of the terminals 13 which were determined to provide voice data, such that the at least one identifier can be distinguished from any other information in the data packets. Finally, the new data packets are transmitted to terminals 13 participating in the conference call. The invention relates equally to a corresponding server and to a corresponding terminal.

Hybrid packet traffic flow profiling technology inspects packet headers to classify packet traffic flows using clustering models developed using unsupervised learning based on known packet traffic flows and one or more traffic classification models developed using supervised learning based on the known packet traffic flows.

A method for enrichment of text which enables mixed data mining includes generating a model for structured data found in tables of a database. In the model, semantically-linked terms are associated with referents, such as field names or cell content of the fields, of the structured data. The referents may be a business object or refer to a business object. A plurality of candidate referring entities in textual data in the database, such as chunks of free text, is identified. For each candidate referring entity, a similarity measure between the candidate referring entity in the textual data and the model is computed to identify referring entities of the candidate referring entities and corresponding business objects/referents to which the referring entities refer. The textual data is enriched with information derived from the business objects.

A method, computer program product, and information handling system for generating loop code to execute on Single-Instruction Multiple-Datapath (SIMD) architectures, where the loop operates on datatypes having different lengths, is disclosed. Further, a preferred embodiment of the present invention includes a novel technique to efficiently realign or shift arbitrary streams to an arbitrary offset, regardless whether the alignments or offsets are known at the compile time or not. This technique enables the application of advanced alignment optimizations to runtime alignment. Length conversion operations, for packing and unpacking data values, are included in the alignment handling framework. These operations are formally defined in terms of standard SIMD instructions that are readily available on various SIMD platforms. This allows sequential loop code operating on datatypes of disparate length to be transformed (“simdized”) into optimized SIMD code through a fully automated process.

This invention relates to a structure and analysis method for geographical 3-D unified models of water conservancy and water and electricity engineering, which couples multi-source data by the mixed data structure of NURBS YIN and BRep to realize 3-D unified modeling to all modeling objects and analyze said 3-D model including: analyzing the space geographical structure of the coupled multi-source data, carrying out sorted geometry modeling based on the mixed data structure of the NURBS, TIN and the BRep, carrying out Boolean operation based on the space relation among them and analysis and test for reliability to finish the structure of the 3-D unified model and finish the geographical analysis to water conservancy and water electricity engineering.

Embodiments of the present invention provide systems and methods for processing concurrent extended copy commands. One embodiment can include a method for processing multiple extended copy commands that comprises receiving at least two extended copy commands that specify the same destination device, reading data from source devices specified in the extended copy commands; and writing data to the destination device in the order the data is received from the source devices, wherein the data written to the destination device comprises intermingled data corresponding to the multiple threads. Thus, embodiments of the present invention can interleave data from multiple threads to a destination device.

A system and method for optimizing mail sorting equipment based upon various commingled data files and user selected options includes a sorter, an optimizing system, and a computer for optimizing the sort plan based upon the data files and user settings.

A method for feature selection based on hierarchical local-region analysis of feature characteristics in a data set of mixed data type is provided. A data space associated with a mixed-type data set is partitioned into a hierarchy of plural local regions. A relationship metric (for example, a similarity correlation metric) is used to evaluate for each local region a relationship measure between input features and a target. One or more relevant features is identified, by using the relationship measure for each local region.

The invention discloses a class-imbalance problem classification method based on expansion training data set; the method comprises the following steps: obtaining a true data set needed by a classification task; screening a few class samples from the true data set, and distinguishing samples that are close to and far away from the decision boundary; inputting said samples, running a productive confrontation network, thus obtaining artificial samples similar to the true data; adding certain amount of artificial samples into the true data set, thus obtaining a mixed data set; inputting the mixeddata set, and using a classifier to classify. The method combines a CycleGAN model with the boundary information of an original data set, thus effectively simulating distribution features of the truedata. The method samples small sample data so as to improve the classifier precision, and effectively preventing the class-imbalance problem from affecting the classification task.