123 results about "Self consistent" patented technology

The present invention provides systems and methods of retrieving the pages according to the quality of the individual pages. The rank of a page for a keyword is a combination of intrinsic and extrinsic ranks. Intrinsic rank is the measure of the relevancy of a page to a given keyword as claimed by the author of the page while extrinsic rank is a measure of the relevancy of a page on a given keyword as indicated by other pages. The former is obtained from the analysis of the keyword matching in various parts of the page while the latter is obtained from the context-sensitive connectivity analysis of the links connecting the entire Web. The present invention also provides the methods to solve the self-consistent equation satisfied by the page weights iteratively in a very efficient way. The ranking mechanism for multi-word query is also described. Finally, the present invention provides a method to obtain the more relevant page weights by dividing the entire hypertext pages into distinct number of groups.

The present invention provides systems and methods of searching web pages relevant to a specific topic based on quality of individual pages. The rank of a page for a keyword may be a combination of analytic rank and editorial rank. The analytic rank of a page may be calculated by combining intrinsic and extrinsic ranks. Intrinsic rank is a measure of relevancy of a page to a given keyword as claimed by an author of the page, while extrinsic rank is a measure of the relevancy of a page on a given keyword as indicated by other pages. The former may be obtained from an analysis of keyword matching in various parts of the page while the latter is obtained from context-sensitive connectivity analysis of the link structure of the entire Internet. Methods are described to solve the self-consistent equation satisfied by the page-weights and site-weights in a very efficient iterative way. The ranking mechanism for multi-word query is also described.

The present invention provides systems and methods of searching web pages relevant to a specific topic based on quality of individual pages. The rank of a page for a keyword may be a combination of analytic rank and editorial rank. The analytic rank of a page may be calculated by combining intrinsic and extrinsic ranks. Intrinsic rank is a measure of relevancy of a page to a given keyword as claimed by an author of the page, while extrinsic rank is a measure of the relevancy of a page on a given keyword as indicated by other pages. The former may be obtained from an analysis of keyword matching in various parts of the page while the latter is obtained from context-sensitive connectivity analysis of the link structure of the entire Internet. Methods are described to solve the self-consistent equation satisfied by the page-weights and site-weights in a very efficient iterative way. The ranking mechanism for multi-word query is also described.

A system for distributing images creates a self-sufficient, self-consistent medical imaging and other medical information transfer file that contains image files and corresponding data sets that are bundled with an image viewer application. The medical image and data transfer file is prepared using object serialization and contains a deserialization application. The transfer file is created at an origination location and transmitted to a destination device as a packaged file over a computer network. The destination device receives the packaged file from the origination location and executes the viewer application with the image files and the data sets by opening the packaged file alone, without the need to run any other imaging / viewer application at the destination device. The viewer application has image viewing panes, an annotation tool, and image manipulation tools.

The invention provides a shale anisotropic rock physical modeling method, and belongs to the field of rock physical study. The method comprises the following steps of: (1) calculating the elasticity modulus of mixed mineral; (2) combining an anisotropic self-consistent model and an anisotropic differential effective medium model for calculating the effective elasticity modulus of clay and fluid compounds; and (3) mixing the clay and fluid compounds, seams between layers and mineral components; calculating the effective elastic parameters of saturated rocks; solving the longitudinal wave velocity and the transverse wave velocity of equivalent anisotropic media; and completing the modeling. The method has the advantages that the shale anisotropic rock physical modeling method can be applied to shale longitudinal and transverse wave velocity prediction; the calculation precision is superior to that of an isotropous effective medium model, and the elasticity features of the rocks are more accurately described.

A gas sensor is disclosed. The gas sensor includes a gas sensing layer including at least one chemical compound with the general chemical formula MαO62Nγ, wherein M is at least one chemical element selected from the group consisting of W, Ti, Ta, Sr, Mo, and combinations thereof, and α, β, γ are self-consistent, said gas sensing layer being capable of detecting at least one gas selected from the group consisting of NO, NO2, SO2, O2, H2O, CO, H2, and NH3, at least one electrode positioned within a adhesion layer composed of a material selected from the group consisting of Ti, Cr, and combinations thereof, and a response modification layer composed of a material selected from the group consisting of Mg, Ti, V, Cr, Mn, Co, Ni, Zn, Nb, Ru, Rh, Pd, Ta, W, Re, Pt, and combinations thereof. The at least one electrode is in communication with the sensing layer. A method of fabricating the gas sensor is also disclosed.

The invention describes a system for detecting partial changes to data-structures of interest. If an inter-related set of data items are to be used then it is of value to know that the data items are undergoing changes, and thus may not be self consistent, and / or have been tampered with and / or are not the most recent update. The invention uses GUIDS to track updates by assigning a GUID to a selected set of nodes or items belonging to an identified set, preferably arranged in a tree structure. A new GUID is generated whenever an update takes place. Methods are defined to test that the interrelated data items are valid, i.e., replicated into, by testing for changes in the GUID by traversing the interrelated data items and comparing GUIDs at each node. Similarly, methods are provided for generating a new GUID in course of inititiating an update, or in order to invalidate an intererlated data item set, and additional methods are envisaged for catering to particular applications such as assuring integrity of the data by using encryption and certificates.

A method for performing self-consistent minimization of IC design and process interactions is disclosed. This method is based on calculating the amount of design-process interaction based on the information derived from circuit sensitivity analysis and process characterization. Optical proximity correction is subsequently performed in such a way that a) ensures that desired circuit performance is achieved in a given manufacturing environment if at all possible and b) also limits the increase in mask complexity to a realistic minimum.

The invention provides a novel water flooding layer logging evaluation method applying a three parameters self-consistent iterative algorithm. The method comprises the following steps: confirming the logging identifying standard of the water flooding levels according to the relationship of the known water flooding levels and the logging response, preliminarily distinguishing the water flooding level of the evaluation layer according to the standard, then valuing a water out flow rate according to the water flooding level, taking the water out flow rate, the water saturation and the mixture formation water resistivity as iterative variable, taking two statistics relationship of the water saturation and the water out flow rate, and the mixture formation water resistivity and the water out flow rate as iterative computation relations, taking the permissible deviation of the two front and back times of calculating water content as the iterative control conditions to carry out the iterative computation, and confirming the parameters of water content, mixture formation water resistivity and the water saturation of the target layer and the final water flooding level according to the final calculating result of the iterative computations.

The invention discloses a negotiation method connecting Ethernet port links and a device thereof, which is used to negotiate under at least one non-self-consistent port of a first port and a second port to be negotiated, wherein, the method comprises: the first port and the second port send the respective status information to the opposite end; after receiving the status information of the opposite end, the first port and the second port match the respective status information to the status information received and carry out the follow-up treatment according to the matching result. The invention can enable the port of the opposite end to acquire the status information of the non-self-consistent port, and avoid the missing of the data packet or the linkage failure caused by the unmatched ports.

Disclosed are an adaptive control method for repeater-station output signals, and a device and a system of the adaptive control method. The adaptive control method is achieved in a manner that, the quality of the repeater-station output signals is detected, a signal-quality characterization value is compared with a signal-quality threshold after signal-quality calculation, and the dynamic power control is carried out based on the comparison result. According to the invention, echo cancellation technology, signal-quality monitoring and adaptive power regulation are combined so as to ensure the maximal output power while the signal quality is higher than the signal-quality threshold, and the self-excitation of the repeater station is effectively prevented, thereby helping the widening of the coverage area of the repeater station, improving the coverage effect of the repeater station, and eventually enabling self-consistent operations between the repeater stations in the point adding network.

The invention belongs to the field of satellite navigation, and particularly relates to a method for determining track and a clock error of a navigation satellite. According to the method, the clock error of the satellite is expressed by a multi-item model, data observed at different times within the same time window is corresponding to a joint clock error parameter, so that inter-satellite one-way pseudo-range observation data and observation data of a ground monitoring state can be adjusted to determine the track and the clock error of the navigation satellite by employing a known method. Compared with a known method only employing ground monitoring station data to determine the track and clock error of the navigation satellite, the track and clock error determination accuracy of the navigation satellite can be remarkably improved under the condition of a regional monitoring state; and compared with a known method employing inter-satellite pseudo-range and observation quantity to determine an orbit and a method employing pseudo-range difference observation quantity to perform time synchronization, original one-way pseudo-range observation data is directly employed, epoch naturalization is not needed to be performed on inter-satellite pseudo-range observation data and so-called pseudo-range and / or pseudo-range difference observation quantity is not needed to be calculated, higher data utilization rate is achieved, and self-consistent track and clock error result can be obtained. By the method, the time delay deviation of inter-satellite link transceiving equipment relativeto hardware of navigation signal equipment also can be estimated.

A method of fabricating an integrated circuit includes designing an optical photomask for forming a pre-pattern opening in a photoresist layer on a semiconductor substrate, wherein the photoresist layer and the pre-pattern opening are coated with a self-assembly material that undergoes directed self-assembly (DSA) to form a DSA pattern. Designing the optical photomask includes using a computing system, inputting a DSA target pattern, and using the computing system, applying a DSA model to the DSA target pattern to generate a first DSA directing pattern. Further, the step of designing the optical photomask includes using the computing system, calculating a residual between the DSA target pattern and the DSA directing pattern, and using the computing system, applying the DSA model to the first DSA directing pattern and the residual to generate a second, updated DSA directing pattern. Generating the second, updated DSA directing pattern includes linearizing a self-consistent field theory equation.

A data processing and method are provided for pre-decoding instructions. The data processing apparatus has pre-decoding circuitry for receiving instructions fetched from a memory and for performing a pre-decoding operation to generate corresponding pre-decoded instructions, which are then stored in the cache for access by the processing circuitry. If a pre-decoded instruction crosses a cache line boundary, then checking circuitry in respect of selected types of pre-decoded instruction checks for consistency between the first portion of the pre-decoded instruction stored within a first cache line and a contiguous second portion of the pre-decoded instruction stored within a second cache line. If this consistency check is passed such that the two portions are self-consistent, then the pre-decoded instruction can be further decoded and issued. If the consistency check is failed, or the pre-decoded instruction is not of a type for which consistency checking is supported, then re-generation of the pre-decoded instruction is triggered.

The invention discloses a modelling method for a surface potential basis intensive model of an III-V group HEMT (High Electron Mobility Transistor). The method comprises the following steps of firstly, establishing an intrinsic structure model and an extrinsic structure model of the III-V group HEMT, combining a physical structure and a behavior mechanism of a device to construct a topological structure, and then embedding the established models into a commercial EDA (Electronic Design Automation) tool; secondly, carrying out on-wafer testing on an actual depletion device to obtain various performance test data of the device; and lastly, verifying the intensive model. The model solves the problems that the existing current and charge equations of the device cannot integrate, the segment points are discontinuous and the equations cannot be used for nonlinear circuit simulation; through a method for solving a surface potential source equation to deduce model current and charge / capacitance equations, a physical problem for quantum effect processing and a numerical algorithm problem caused by simultaneous self-consistent solution of a classic carrier transport equation and a new effect in the existing physical model are solved; and furthermore, a computational formula for volume charge density is deducted again, so that a problem of difficulty in gluing in a charge model is solved.

The invention relates to a network topology structure and relative high-expanding parallel calculating system. Wherein, said network topology structure, used in main processor unit (MPU) network, has several processing nodes; said topology structure is K dimensional (K belong to Z+); each node is at the center of K-dimension cubic formed by 2K nearby nodes to connect said 2K nearby nodes. With said topology structure, each processing node can directly or indirectly connect the subset of other processing nodes, to form one high-couple, self-consistent and high-expand parallel computer system. One MPU system can be one parallel computer system or an ultra node, which via external expanding network, can form a large super parallel computer system.

Embodiments of a method of pore type classification for petrophysical rock typing are disclosed herein. In general, embodiments of the method utilize parameterization of MICP data and / or other petrophysical data for pore type classification. Furthermore, embodiments of the method involve extrapolating, predicting, or propagating the pore type classification to the well log domain. The methods described here are unique in that: they describe the process from sample selection through log-scale prediction; PTGs are defined independently of the original depositional geology; parameters which describe the whole MICP curve shape can be utilized; and objective clustering can be used to remove subjective decisions. In addition, the method exploits the link between MICP data and the petrophysical characteristics of rock samples to derive self-consistent predictions of PTG, porosity, permeability and water saturation.

A rock physical model-based shale stratum anisotropy parameter prediction method comprises the following steps: constructing an equivalent clay-fluid-kerogen mixture constructed by using a Backus average and anisotropy differential equivalent medium model DEM to obtain the equivalent elastic tensor of the clay-fluid-kerogen mixture; calculating the equivalent elastic rigidity tensor of a brittle rock debris mineral mixture by using a polyphase Hashin-Strikman average formula; adding the brittle rock debris mineral mixture to the clay-fluid-kerogen mixture, and calculating the equivalent elastic rigidity tensor of clay-rock debris by using an anisotropy self-consistent model SCA; adding a rock debris aperture fluid to the clay-rock debris mixture, and calculating the equivalent elastic rigidity tensor of shale by using anisotropy DEM; and calculating the anisotropy parameters of a shale stratum according to the equivalent elastic rigidity tensor. The method allows the shale stratum anisotropy parameter to be directly measured, and brings convenience for rock physical modeling and subsequent elastic parameter estimation of shale exploration.

The invention discloses a catalyst system for reducing N2O emission of an SCR / SCRF (selective catalytic reduction / self-consistent reaction field) system of a diesel engine. The catalyst system comprises a DOC (diesel oxidation catalyst), a urea injection device, a heating device, a controller, the SCR / SCRF system and an N2O catalyst. The DOC is used for oxidizing NO to obtain NO2 and further improving the NOX conversion efficiency of the SCR / SCRF system; the urea injection device is used for injecting urea into exhaust pipes, and NH3 generated after the urea is decomposed can be used as a reducing agent for SCR and N2O catalytic reduction reaction; the heating device is arranged at the front end of the SCR / SCRF system of the exhaust pipes of the diesel engine and is used for heating exhausted gas; the controller is used for actively controlling catalytic environments according to data measured by sensors; NOX in the exhausted gas can be treated by the SCR / SCRF system; remaining NH3 inthe exhausted gas treated by the SCR / SCRF system is used as a reducing agent for carrying out catalytic reduction on N2O by the N2O catalyst, and accordingly the purpose of removing the N2O can be achieved.

The invention belongs to the field of numerical simulation technology of ECR ion sources, and particularly relates to an MPM hybrid algorithm applied to numerical simulation of an ECR ion source. Thealgorithm is suitable for use in an ECR ion source structure. The MPM hybrid algorithm of simulation of the ECR ion source is established through combining an MAGY theory and PIC / MCC simulation algorithms, a time-varying electromagnetic field is described by the MAGY theory, self-consistent interaction of charged particles and the electromagnetic field is described by the PIC algorithm, and inter-particle collision processes are described by the MCC algorithm. A complex and complete solving process which originally needs to be carried out on Maxwell's equations is enabled to be simplified to solving on a set of coupled one-dimensional partial differential equations about mode amplitudes, relatively larger time step length can also be taken due to that compared with high-frequency cycles, changes of the mode amplitudes are slower, and computational complexity and a computational amount are greatly reduced. In addition, an electromagnetic model is adopted, and thus compared with adoptingan electrostatic model, the algorithm can more accurately describe an actual physical process.

The invention discloses a graphene nanoribbon field-effect tube (GNRFET) with an asymmetric HALO-lightly-doped drain (HALO-LDD) structure. A transport model which is suitable for a non-uniformly-doped GNRFET is constructed on the basis of a quantum mechanics non-balance Green function theoretical frame under an open boundary condition through self-consistent solution of 3D-Poisson and Schr.dinger equations, and the influence of an asymmetric HALO-LDD doping strategy on the electrical properties of the GNRFET is analyzed and calculated by using the model. As proved by comparison and analysis of the electric properties such as the output properties, transfer properties, switch current ratios, sub-threshold amplitudes and threshold voltage drifts of GNRFETs for which other doping strategies are adopted, the GNRFET with the doping structure has a higher switch current ratio, lower drain current, a smaller sub-threshold amplitude and a smaller threshold voltage drift, i.e., the GNRFET for which the asymmetric HALO-LDD doping strategy is adopted has a better grid control capability, and a short-groove effect and a hot carrier effect can be effectively restrained.

The invention discloses a method and a device for image transformation, and a method and a device for image identification. The method for image transformation comprises steps of performing character pre-identification on an image to be transformed which contain characters, generating candidate matching pairs between the image to be transformed and an template image based on the character pre-identification result of the image to be transformed and a text area of the template image, choosing a self-consistent candidate matching pair from the candidate matching pairs and generating a geometry transformation from the image to be transformed to the template image according to the self-consistent candidate matching pair, transforming the image to be transformed according to the geometry transformation, and enabling the size and direction of the characters in the image to be transformed to be identical to that of the template image. The method and the device for image transformation are small in calculation and high in accuracy. The method and the device for the image identification can obtain a good identification effect due to the fact that the character turns straight under the premise that the calculation amount is small.

The invention provides a fuel regulator system storage life evaluation quantile self-consistent model method. Under three supposed conditions, the fuel regulator system storage life evaluation quantile self-consistent model method is implemented through the steps of I, fuel servo valve performance degradation modelling and storage life evaluation, II, pressure spring performance degradation modelling and storage life evaluation, III, fuel regulator system storage life evaluation, IV, fuel regulation system storage reliability assessment. Therefore, the fuel regulator system storage life evaluation quantile self-consistent model method performs performance degradation modelling and storage life analysis on the two typical vulnerable spots of a fuel regulator system, namely, a fuel servo valve and a pressure spring, and on the basis, takes into consideration relevance of elements and performs evaluation on the storage life and storage reliability of the fuel regulator system through a quantile self-consistent model, thereby achieving the effects of comprehensively utilizing element degradation information and accurately evaluating the storage life of the fuel regulator system, and solving the problems of large data dispersion, low evaluation precision and the like during practical evaluation processes of the fuel regulator systems.

The common concurrency runtime (CCR) provides a simple and self-consistent set of concurrency primitives that developers can use to more readily split their computation into more discrete chunks that can scale better with additional processors. This set of primitives provides for very scalable applications that are well suited for the coming world of ubiquitous communication and very large scale out for the number of local processors. The CCR may be implemented as a single library in C# that implements channels with input and asynchronous output capabilities, along with an atomic test-and-input primitive. On top of this, richer derived operators (e.g., choice, join, replication, reader-writers, scatter-gather, etc.) may be encoded. Thus, existing C# may be built upon to provide the capability to concurrently issue I / O requests to remote systems while simultaneously performing other functions locally to increase the efficiency of the distributed system. Because it is based on C#, the CCR allows users to take advantage of a well-known programming model to address unique issues in a new programming environment.

The invention discloses an SG-CIM-standard-based construction method for a semantic information interaction interface of an intelligent power distribution system. The method is characterized in that aiming to a distribution management system (DMS), public data access and information exchange of various applications of an electric power system are unified according to the IEC 61970 standard; the system resources of a distribution network are defined through the relationship between provided standard objects and objects according to the SG-CIM standard, so as to provide a framework model with complete semantics and self-consistent logic for the data interaction specification of the intelligent distribution network for completing comprehensive collection of the data attributes. Due to the adoption of the interaction interface system provided by the method, the engineering design of the intelligent power distribution station goes deep into the logic level, so that the basic specification of equipment interaction can be described in a standard way, and accordingly, the unified construction for data interaction of the intelligent power distribution station is ensured.