573 results about "Processing type" patented technology

A single-wafer-processing type CVD apparatus includes: (a) a reaction chamber including: (i) a susceptor having at least one gas discharge hole to flow a gas into the reaction chamber via a back side and a periphery of the wafer into the reaction chamber; (ii) a showerhead; (iii) an exhaust duct positioned in the vicinity of the showerhead and provided circularly along an inner wall of the reaction chamber; and (iv) a circular separation plate provided coaxially with the exhaust duct to form a clearance with the bottom of the exhaust duct; and (b) a temperature-controlling apparatus for regulating the temperature of the showerhead. The separation plate has a sealing portion to seal a periphery of the susceptor and to separate the reaction chamber from a wafer-handling chamber when the susceptor rises.

A new and useful map structure, particularly for an activity within a special region having a geographic boundary, and a technique for creating a map structure are provided. The map and technique are particularly useful in providing a map for use by a hunter in a designated hunting region. The map structure comprises a substrate and map data produced on the substrate. The substrate is designed to withstand the conditions of the special region (e.g. an authorized hunting region), and of the type of handling it is likely to encounter in during the actively in the special region. The map data is also provided in a form that is likely to withstand the conditions of the special region, and is of a type that is particularly useful to the activity in the special region. Moreover, in producing the map structure, an electronic data file is created from which the map data can be produced on the substrate. The electronic data file is configured to produce map data that includes at a predetermined scale a boundary of a special geographic boundary of the special region in which a special outdoor activity, e.g. hunting, is authorized, and that map data includes information (e.g. water tank locations, GPS grid and coordinate information) that are particularly useful for the special outdoor activity.

The invention discloses a method for synthetically searching structurized data and non-structurized data, which comprises the following steps: a database for storing the structurized data is enlarged, different types of documents with the non-structurized data are processed in a filtering manner, the corresponding interface processing types are realized according to the document suffixes, the corresponding configuration is finished, the type of document is analyzed, and the index is established, so that the inquiry of the type of document is realized; and the searching of the database and the documents is performed according to key words, and the searching results are displayed. By adopting the method, whatever the searching source is an ordinary database for storing the structurized data or an FTP for storing the non-structurized documents, the searching results can be intuitively and accurately revealed to users.

An image processing apparatus which makes it possible to automatically defining a processing area in which image processing is to be performed according to the type of image processing, to thereby improve user friendliness. A starting point and an ending point are designated on an image displayed on a display, and coordinates as information on the designated points are acquired. A type of image processing to be performed on the displayed image is selected from among a plurality of types of image processing, and information on the selected type is acquired. An editing area on the displayed image, in which the displayed image is to be subjected to the selected type of image processing, is defined according to the information on the designated points and the selected type of image processing. The display of the image in the defined editing area can be changed.

A configurable semiotic decision making system and method is provided. The system has a sensor for sensing input data. A generic semiotic module is used for semiotic processing of the data. The module has configurable dyadic and triadic operating modes. An allocatable memory stores knowledge base data generated in conjunction with semiotic processing by the generic semiotic module when the module processes data in a selected dyadic or triadic configured mode. The configurable operating modes of the generic semiotic module each have a specified data input, semiotic processing type, knowledge base memory allocation and output. One operating mode has the sensor as its data input and is configured for dyadic processing of said sensed data.

The data rate at which DMA transactions are processed by a General Purpose Computer System can be significantly improved by directing housekeeping type transactions directly to the CPU bus and by directing data type transactions directly to Shared Memory. By assigning memory address ranges to particular I / O devices and by programming PCI Interface Logic on a System Controller to detect these ranges and to direct DMA requests directly to either the CPU bus or to the Memory Controller depending upon the address range detected, the speed with which DMA transactions can be processed is enhanced.

Treated porous flow field members are used to support membranes in electrochemical cells and to enhance fluid flow to and from the membrane. The treated porous includes a support material having at least a portion thereof treated with a quantity of hydrophobic polymer, a quantity of hydrophilic polymer, or a quantity of a mixture of a hydrophobic polymer and a hydrophilic polymer. Depending on the type of treatment and the placement of the polymer-treated porous support, various fluid flow enhancements are attained.

A neural processing engine may perform processing within a neural processing system and / or artificial neural network. The neural processing engine may be configured to effectively and efficiently perform the type of processing required in implementing a neural processing system and / or an artificial neural network. This configuration may facilitate such processing with neural processing engines having an enhanced computational density and / or processor density with respect to conventional processing units.

A registration processing method, a handover processing method, a system, and an apparatus are disclosed herein to enable the network to distinguish between different registration processing types. The method includes: receiving information about a processing type of registering a UE into a network, where the information is reported by the UE in the process of the registration; and identifying the processing type of the registration according to the information about the processing type. The system includes: a UE, adapted to report information about the processing type of registering the UE into a network in the process of the registration; and a network, adapted to identify the processing type of the registration according to the received registration processing type information reported by the UE.

A single wafer processing type of a semiconductor processing system is provided so as to achieve that residual particles inside a reactor thereof are efficiently removed and a gas injected into the reactor is uniformly flowed over a wafer in a wide range of the gas flow rate. The semiconductor processing system includes gas flow adjusting means (28, 29, 30) having a slit (30) communicated with an exhaust port (35) for pumping out a gas injected into a reactor (10) from the reactor (10). The slit (30) is provided annularly around a circumference of a wafer (34) and positioned below a position of the wafer (34), and a width of the slit (30) is narrowed about the exhaust port (35).

Enables identification and detection of processing and type of digital content, while using multiple electronic watermarks. One embodiment provides a data processing detection system having an embedding apparatus for adding a predetermined additional signal to digital content, including a watermark design unit and embedding signal generators for generating multiple types of additional signals, correlated with each other and of differing robustness from each other for the processing of the content data, and a synthesis unit for adding the multiple types of additional signals to the content data; and detection apparatus for detecting additional signals in the digital content, and for detecting the additional signals embedded by the embedding apparatus, including an individual detector for detecting in the content data multiple additional signals, and a determination unit for examining deterioration levels of the additional signals to determine the type of processing performed for the content data.

A circuit for use in conjunction with a portion of a core of an integrated circuit, for shifting a signal from a first voltage level to a second voltage level, wherein the circuit is formed using the same process type transistors (i.e., low voltage transistors) as are used in the core of the integrated circuit.

An image processing apparatus capable of performing a plurality of types of image processes on image data includes a dividing unit adapted to divide input image data into area images, a data generation unit adapted to generate data including an area image and type information indicating a type of an image process to be performed, an image processing unit including a plurality of image processing sub-units each capable of being reconfigured so as to function as a circuit capable of performing selected one of the plurality of types of image processes, a commanding unit adapted to command at least one of the plurality of image processing sub-units to be reconfigured so as to function as a circuit for performing an image process specified by the type information, and a transfer control unit adapted to transfer the area image to the image processing sub-unit specified by the commanding unit.

A method and an antenna array system are provided for estimating parameters of radio signals impinging on antenna arrays, for estimating angular parameters, for estimating angular distribution types, and for selecting types of antenna array processing. Models of angular distribution types are used to populate look-up tables. Correlation magnitudes and correlation phases of signals impinging on antenna elements of antenna arrays are used as pointers to obtain values of parameters from the look up tables. The obtained values may be compared to some value ranges in order to select appropriate antenna array processing types. Where the angular distribution type is unknown, several values representing angular parameters may be obtained from look-up tables representing various models, and a variance of the angular parameter values for each model may be calculated. A low variance obtained from a look-up table is indicative that the model used to populate the look-up table is a good representation of the actual channel. In a network comprising a first node incorporating an antenna array and a second node, the first node may inform the second node about the type of signal distribution of the channel. This information is used by the second node to select the antenna processing type.

A pipeline processing type shaping apparatus and method in which strict shaping processing can also be implemented for a connection at various speed by adding a simplified circuit configuration. A cache portion is provided that links with the processing of a pipeline processing portion, and this cache portion manages flow information of a packet that is being processed in the pipeline processing portion. When there is a packet that belongs to the same flow, the cache portion transfers a parameter to the pipeline processing portion assuming a virtual packet in which relevant packets are all connected. The pipeline processing portion executes pipeline processing based on this virtual parameter. Consequently, also for a flow at an optional peak-rate speed (reciprocal of the input packet interval that belongs to the same flow) and in any high-speed transmission path interface, a predetermined scheduling time by shaping can always be calculated in real time.

The invention relates to a method for processing business application through multiple threads. The method simply includes the steps of creating a business scheduling thread, creating an activation circulating business drive thread, registering a scheduling state detection task, starting a default or assigned processing thread number for business processing types, distributing a lockless queue for each business processing thread, selecting the business processing thread which is not busy relatively, obtaining business processing information from the lockless queue of the selected business processing thread for processing, setting the reference count of a data area in the business processing information to be zero through the business processing thread, and feeding back the information when the business scheduling thread receives the information indicating that processing is finished. The method has the advantages that according to current processing capacity, the concurrence number of the threads is controlled, unnecessary memory copy is reduced, use of a system lock is reduced, new business processing types can be added in the running period, business expansibility of a system is improved, system operation efficiency is improved, resource utilization flexibility of the system is improved, and the development period of the business system is shortened.

An X-ray computed tomographic apparatus includes a gantry, a reconstructing portion, and a tube current value determining portion. The gantry acquires projection data of an arbitrary range in a body axial direction by continuously moving a tabletop on which a subject is laid down and by continuously rotating an X-ray tube about the subject. The reconstructing portion reconstructs image data from the acquired projection data according to reconstruction processing selected by an operator from plural types of reconstruction processing. The tube current value determining portion determines plural tube current values respectively corresponding to discrete, plural positions within the range, on the basis of the selected type of reconstruction processing and an image quality level specified or selected by the operator.

The embodiment of the invention discloses a business information processing method and system. The method comprises the steps that a business information processing request of a user is received, and the business information processing request comprises a business information processing type and user identification; authority of the user corresponding to user identification for requesting to process corresponding business of the business information processing type is confirmed according to the business information processing request; and when the authority is confirmed, the business information processing request is processed and a business information processing result is outputted. The embodiment of the invention also correspondingly discloses a business information processing system. With application of the embodiment of the invention, authority management is performed on user processing of multiple types of business information so that various types of business information can be received for unified processing, and thus unified business information processing is realized.

The invention provides a railway project management platform system. The system comprises an infrastructure layer, a data resource layer, a business application layer and an access layer, wherein the infrastructure layer is used for collecting, transmitting and storing railway project parameters; the data resource layer is used for processing the railway project parameters according to preset processing types and performing storage; the business application layer is used for managing railway project comprehensive information, controlling a railway project construction process and managing railway project field devices according to the railway project parameters; and the access layer is used for providing an identity authentication entry of the system. According to the railway project management platform system, through an integrated, standardized, intelligentized and service-oriented unified open management platform suitable for modern railway informatization construction, standardized construction is facilitated, a construction process is effectively supervised, the quality safety risk is prevented, the management level of a construction project is improved, and the ordered efficient promotion of the construction project is realized.

Techniques for enhancing the performance of an IC are provided. A method of enhancing IC performance includes the steps of: associating at least one performance result of at least one performance monitor, formed on the IC, with deterministic combinations of IC performance and a processing parameter, a supply voltage, and / or a temperature of the IC; determining an IC processing characterization of the IC as a function of the performance result for at least one prescribed supply voltage and temperature of the IC, the IC processing characterization being indicative of a type of processing received by the IC during fabrication of the IC; and controlling a voltage supplied to at least a portion of the IC, the voltage being controlled as a function of the IC processing characterization and / or the temperature of the IC so as to satisfy at least one prescribed performance parameter of the IC.

A processing apparatus includes counters each used to measure the length of RF discharge time over which power is applied to a consumable component in correspondence to a specific type of processing executed in a processing chamber, a storage to store wear coefficient information indicating wear coefficients each corresponding to one of the plurality of types of processing, and a control unit that obtains information indicating RF discharge time lengths measured by the counters in correspondence to the individual types of processing, obtains the wear coefficients corresponding to the individual types of processing indicated in the wear coefficient information stored in the storage, calculates a wear index value for the consumable component based upon the RF discharge time lengths and the wear coefficients corresponding to the individual types of processing, and executes consumable component management processing based upon the calculated wear index value.

A method and system are provided for monitoring status of a system component in a process chamber of a batch type processing system. The method includes exposing a system component to light from a light source and monitoring interaction of the light with the system component to determine status of the system component. The method can detect light transmission and / or light reflection from a system component during a process that can include a chamber cleaning process, a chamber conditioning process, a substrate etching process, and a substrate film formation process. The system component can be a consumable system part such as a process tube, a shield, a ring, a baffle, and a liner, and can further contain a protective coating.

The present application discloses a method and an equipment for processing the local network type of a base station (BS). The method comprises: when a BS has determined its local network type, it indicates to a user equipment (UE) said local network type; and when the UE receives the indication carrying said local network type of the BS, it can determine, according to said indication, the local network type of the BS. The present application solves the problem of a user being unable to acquire the type of network connected to a BS and accordingly being unable to determine the corresponding connection means, and enriches user experience.

An enhanced communication bridge includes a context interface that enables the audio bridge to learn information about the type of Voice encoder, device, network connection, location, type of call (business vs. personal), identity and position of the individual, and other information about the context of the communication session itself as well as the context of each person joining the communication session. This context information is used to determine how quality of experience targets for the communication as a whole, as well as how each individual contribution should be uniquely processed to attempt to meet the quality of experience targets. Business factors may influence the decision as to the type of processing to be implemented on each of the signals provided by the participants. Corrective action may also be implemented by the bridge on the client network devices as well in the embodiment. The bridge may be centralized or distributed. A video bridge may be implemented as well.

A system and method for autonomic data storage and movement for big data analytics. A cost, such as storing cost and a processing cost are calculated for received data. The processing type associated with the received data is determined in response to the calculated costs. The received data is classified as one of a set of hierarchical storage classes based upon the determined processing type. The hierarchical storage classes include no data store, memory, HDFS, database, disk archive, external clouds, and data removal. The received data is then stored in the storage location associated with that class. In the event that insufficient capacity is available in the location, the priority of the received data and the priority of previously stored data is determined and compared. The priority is calculated based on potential usage, privacy, estimated cost, frequency of usages and the age of data. The lower priority data is then moved to the next lower hierarchical class for storage.

An image processing apparatus includes a determining unit, a modifying unit, a selecting unit, and a generating unit. The determining unit determines, with respect to a missing pixel position that does not have a signal of a specified color among colors forming an image, an interpolation process type indicating the type of an interpolation process of the signal of the specified color. The modifying unit modifies the determined interpolation process type based on interpolation process types of peripheral missing pixel positions located at the vicinity of the missing pixel position. The selecting unit selects a color-difference signal that is a difference between signal of a color except the specified color and the signal of the specified color in correspondence with the modified interpolation process type. The generating unit generates an interpolation signal of the signal of the specified color at the missing pixel position based on the color-difference signal.

The invention discloses a data message processing method based on an FPGA, an intelligent network card and a CDN server, and belongs to the technical field of content distribution networks. The methodcomprises the following steps: the FPGA determines a processing type corresponding to a data message received by the intelligent network card, wherein the processing type at least comprises data surface processing and control surface processing; when the processing type corresponding to the data message is data surface processing, the FPGA sends the data message to a next hop node through the intelligent network card; And when the processing type corresponding to the data message is control plane processing, the FPGA sends the data message to a CPU, so that the CPU processes the data message.According to the invention, the data message transmission speed of the CDN server can be improved, and the throughput of the CDN server can also be improved.

Adaptive loop filtering in accordance with video coding. An adaptive loop filter (ALF) and / or other in-loop filters (e.g., sample adaptive offset (SAO) filter, etc.) may be implemented within various video coding architectures (e.g., encoding and / or decoding architectures) to perform both offset and scaling processing, only scaling processing, and / or only offset processing. Operation of such an ALF may be selective in accordance with any of multiple respective operational modes at any given time and may be adaptive based upon various consideration(s) (e.g., desired complexity level, processing type, local and / or remote operational conditions, etc.). For example, an ALF may be applied to a decoded picture before it is stored in a picture buffer (or digital teacher buffer (DPB)). An ALF can provide for coding noise reduction of a decoded picture, and the filtering operations performed thereby may be selective (e.g., on a slice by slice basis, block by block basis, etc.).