54 results about "Interpretation Process" patented technology

The invention provides an electronic workflow method and system that includes a client workstation having a high-resolution image displaying device and an input device, that captures actions that are performed on the image displaying device. The performed actions may include actions that are performed in an interpretation process of medical images displayed by the displaying device. An extensible markup language (XML) schema may be employed to capture and represent the tasks or subtasks. The XML schema records the condensed audit trail of the user actions that are performed during the image review and interpretation process. The invention stores the instructions or actions of the electronic workflow system, although the actions may be stored as an entire “movie” of the electronic workflow system. Thus, the invention dramatically reduces storage, transmission, and time requirements for play back, among providing other benefits.

Information migration systems and methods are presented. In one embodiment, a cloud information migration method comprises: performing a migration interpretation process, including interpreting migration initiation information; performing a migration information retrieval process to automatically retrieve information in a first configuration from a first cloud vendor in accordance with the migration initiation information; performing a migration information configuration process, including automatically converting the retrieved information in a first configuration to information in a second configuration, wherein the second configuration is compatible with a second cloud vendor; and

performing a migration information forwarding process to automatically forward the information in a second configuration to the second cloud vendor in accordance with the migration initiation information.

Using DSL modems as data collectors, the modems processes the data to, for example, allow easier interpretation of the line characteristics. In particular, the modems postprocess the data including calibration, filter compensation, determination of the SNR medley from the bits and gains tables and rate conversion. The interpretation process uses the postprocessed data and determines loop characterization, interferer detection, a data reduction estimation and a data rate estimation. The outputs of these determinations least allow for the characterization of the line conditions between the two modems.

A method and system for generating electrocardiogram reports allows for the editing of features in the electrocardiogram interpretation process. This improves the accuracy of machine interpretation of the ECG data thereby facilitating the analysis and generation of the final report by the physician. The present method and system are most useful in host-based ECG interpretation systems where the physician accesses the ECG data at a workstation including a machine interpretation that is generated typically at the ECG cart. The physician is then provided with the ability to modify the features in the ECG data and generate a new host-based interpretation based on the original ECG data and the features specified by the physician.

A method for preventing the unauthorized modification of a software or unauthorized modification of runtime data. According to this method, a converter, which is capable of converting the software into a generalized machine code is provided. The converter is designed such that it cannot be reverse engineered, by using a conversion process that causes data loss. An interpreter, which the knowledge of its process method is kept restricted, is also provided. The interpreter interprets the general machine code into a specific machine code, while reconstructing the lost data during the interpretation process.

The invention provides a rapid three-dimensional inversion method for transient electromagnetism based on different constraint conditions. According to the technical scheme of the invention, the data processing and three-dimensional forward calculation method based on the transient electromagnetic moment inversion is adopted. In this way, the problem that the current three-dimensional inversion is large in data volume and complex in forward calculation can be solved. According to the method, firstly, a constraint condition for a time constant vector during the inversion process is constructed. After that, the iteration on the inversion process is conducted based on the optimization algorithm, so that the inversion process is optimized to be close to an actual underground structure. According to the technical scheme of the invention, based on the above method, the rapid three-dimensional inversion process of an underground abnormal target can be realized by an ordinary computer. Therefore, the method has an important application prospect during the interpretation process of real-time transient electromagnetic data.

The invention relates to a geological map compilation method based on a geological three-dimensional modeling process. The invention aims to provide the geological map compilation method based on the geological three-dimensional modeling process, so as to solve the problems that the geological three-dimensional modeling process and a geological two-dimensional drawing output process are separated, the geological map drawing workload is heavy, the drawing proofreading work cycle is long, the drawing marking and format composing are tedious, the data utilization method is single, the man-made error rate is high, the map interpretation content is inconsistent, the drawing revision and updating are difficult and the like, as well as improve drawing output quality and efficiency of a geological map. The invention adopts the technical scheme that the geological map compilation method is characterized by comprising the steps of: 1, classifying geological objects and defining attributes; 2, setting and storing geological data and geological maps; 3, drawing geological interpretation process maps; 4, compiling the process maps and outputting wireframe models; 5, and outputting the geological maps. The geological map compilation method based on the geological three-dimensional modeling process is applicable to the professional fields of engineering geology in the industries of hydropower, water conservancy, geotechnical, mine, traffic and the like.

The invention discloses an operation code replacement and combination-based Python script program anti-reversal method, which comprises the following steps: 1, analyzing generation and actuating logic of an operation code in a Python interpreter and a virtual machine; 2, changing an operation code mapping (opcode.h) unit; 3, analyzing basic block information in an operation code sequence in a bytecode file generated by compiling; 4, defining a new operation code; 5, changing a peephole optimization (peephole.h) unit, and carrying out combination on two (or more) operation codes located in the same basic block to form a new operation code; 6, changing a virtual machine (ceval.h) unit, so as to support the interpretive execution on the new operation code; 7, determining an operation code value by the Python virtual machine, knowing that the operation code has already been subjected to replacement and combination, and adopting a corresponding interpretation process to carry out the interpretive execution on the operation code; 8, normally executing a Python script program.

The invention discloses a plot scale based remote-sensing monitoring method for dynamic area change of crops, and belongs to the field of agricultural information application. According to the method, dynamic area change of crops is monitored by combining spatial data, as a basic monitoring data, of the plot scale of cultivated land with real-time satellite image data in the growing period of the crops. A satellite remote-sensing monitoring technology replaces a ground investigation method to certain extent to obtain patch data and attribute information of the cultivated land in the monitoring period, and the general change tread of the plantation area of the crops is analyzed according to the obtained information. The method is mainly based on the 3S technology, the accuracy of high-resolution image data and the timeliness of intermediate and high resolution image data are utilized fully, the plantation area of the crops can be extracted accurately, error sources in the remote-sensing interpretation process are reduced, the labor workload of ground investigation is reduced, the present situation that outdoor investigation is large in the workload and indoor remote-sensing monitoring is large is errors at present can be changed to certain extent, and the new technical scheme is provided for monitoring the dynamic change of the plantation area of the crops.

The invention discloses an auxiliary information system and method of remote-sensing monitoring for mineral resource exploitation environment. The auxiliary information system comprises a remote sensing image processing module, a remote sensing image information extraction module and an integrated analysis module; the remote sensing image processing module processes a remote-sensing image by fusion, inlay, cutting and enhancement; the remote sensing image information extraction module comprises a 2D and 3D linked interpretation unit, a man-machine interaction interpretation unit and an automatic discrimination unit of a suspected illegal patch; and the integrated analysis module modifies and improves interpretation information via field verification, and analyzes a mineral resource plan execution condition, a mineral product resource exploitation status and mineral geological environment problems in an integrated manner. According to the system and method, a 2D and 3D linked interpretation mechanism is established, so that an interpretation process is more visual and the interpretation accuracy is improved; according to mineral and interpretation data as well as attribute data, the suspected illegal patch can be discriminated automatically; and the system can improve the working efficiency and monitoring precision greatly.

A method for expediting the barcode interpretation process implemented on conventional optical imaging barcode readers. The method involves interrupting the mainline processing of the conventional barcode detection, obtaining a copy of the captured image, scaling the image, locating the barcode in the scaled image, scaling the image back to normal proportions, calculating the location of the barcode in the scaled up image, and reporting the barcode location back to the mainline processing for decoding of only the region of interest. The mainline processing of the optical imager may then proceed with barcode interpretation in the area identified by the method of the present invention without wasting time applying complicated decoding algorithms to areas within the image that do not contain any barcode information.

A system and method for interpreting formal verification results of PLC logic code used to control a manufacturing process, or other automated process, where the interpretation process does not require highly skilled technicians having significant experience in computer and mathematical algorithms. The verification process includes providing a verification results summary to check the compliance of the code with respect to the specifications. The verification results summary is analyzed and categorized to determine whether violations or errors are found in the results. The results can be depicted by assertion trees if a direct assertion between the PLC logic and the specifications can be provided. Alternatively, the results can be depicted by a reduced ladder logic if a direct assertion between the PLC logic and the specifications cannot be provided and a simulation is required. The specification refinement suggestions will be provided if the critical variable for violations is identified.

It is shown how to select and insert a non-textual, e.g. a smiley, into an application such as a chat application in a communication terminal. A smiley insertion area in the form of a hand writing input area is displayed under the control of a user interface application. After recording that a stylus, or similar device, has been used in drawing on the touch sensitive display, the drawing is matched in an interpretation process against a pattern library consisting of smileys and other non-textual symbols. After a successful match, the smiley symbol is appended to the text that is being input.

The invention provides a comprehensive test intelligent interpretation system for a small satellite. The system comprises a parameter subscription module, a data distribution module, an interpretation execution module, a clock service module, a base data access module, a command processing module, an interface display module and a network communication module; the interpretation system receives real-time test data in a satellite test process; after processing and analyzing the real-time test data, and performs logical judgment on remote control command, telemetry parameter, test state, test information flow and the like according to different interpretation modes and interpretation algorithms to generate interpretation process information and interpretation result information. The intelligent interpretation system adopts multiple types of interpretation comprising command interpretation, state interpretation, key parameter interpretation and information flow interpretation, defines that interpretation execution comprises a result, circulation, increment and conversion, and effectively improves the accuracy rate and the coverage performance of the interpretation through the division of the types of the interpretation.

An image self-adaptation down-sampling method depending on interpretation relates to image and video processing, and solves a problem that the current down-sampling and up-sampling are always independent, but image and video processing always needs both the down-sampling and the up-sampling synchronously. The method comprises the steps as follows: steps I, on a given input image, a down-sampling image is generated, and the down-sampling image interpolates an up-sampling image; steps II, adopting a down-sampling method based on a block, the quality of sampled images is improved; steps III, whether the images is related to content or not is judged, if so, a step IV is executed, and otherwise, a step V is executed; steps IV, for down-sampling is not related to the content, interpretation coefficient forms a interpretation matrix, a down-sampling image is obtained via the inversion of an interpretation process; and steps V, if not related to the content, initial coefficient is provided, an initial down-sampling image is obtained by using a method not related to the content, new interpretation coefficient is trained according to obtained images, and the down-sampling image is obtained via iteration. The method is applicable to the image and video processing.

The invention discloses an automatic aerospace software testing method for an approximately natural language testing case script. The method comprises the following steps: defining a numerical value interpretation condition description, an execution starting condition, an instruction description and an expected result interpretation description in an approximately natural language rule at first; then monitoring the execution starting condition, and causing aerospace software to be tested to execute an instruction description statement to obtain data to be interpreted when the aerospace software to be tested reaches the execution starting condition; finally monitoring an interpretation starting condition in the expected result interpretation description, and when the aerospace software to be tested reaches the interpretation starting condition, comparing the data to be interpreted according to an interpreted content condition within a duration condition, to finish testing the aerospace software. According to the method, testing operation and result interpretation processes are described by virtue of the approximately natural language rule, so that the repeated work that a testing case is required to be compiled at first and then is interpreted into a certain automatic testing script in a conventional aerospace software test is avoided, and the method has the advantage that the testing case can be archived for keeping and can also be used for executing automatic testing.

The invention discloses a method for identifying a disease type of a GPR (Ground-penetrating radar) image. The method comprises the following steps: step 1, normalizing pixels of a GPR image for the GPR image with disease reflected waves and obtaining a matrix NI; step 2, carrying out histogram equalization on the matrix NI to obtain a matrix NI_H; step 3, carrying out a ternary operation on the matrix NI_H, wherein a ternary threshold is set accord to the maximum inter-class variance double threshold method, and obtaining a matrix NI_HB; step 4, conducting derivation of each column of the matrix NI_HB, then making phase adjacent elements in each column of the matrix NI_HB have different signs, and finally obtaining two phase types; step 5, selecting the phase type with a large number as aGPR image disease type. The beneficial effects of the method are as follows: disease features are highlighted, extraction of the disease feature is facilitated, common diseases under a highway are highlighted, a disease interpretation process can be conveniently known, the cost is saved, and the method conforms to a pursuit goal of realizing automation of disease identification in the ground-penetrating radar industry and has a great practical significance.

The invention discloses a PLC continuous function diagram compiling and interpreting method and device. The method comprises steps that a continuous function diagram is constructed as a continuous function diagram matrix with multiple function blocks; all the function blocks of the continuous function diagram matrix are arranged according to the execution order; connection between the function blocks is established, and nodes representing local variables are generated; project files are compiled and generated based on the nodes among the function blocks. The method is advantaged in that compilation and interpretation for different continuous function diagrams or different types of continuous function diagrams can be carried out, the compilation and interpretation process is simplified, efficiency is improved, the false rate is reduced, fault points are reduced, and calculation resources are saved.

The invention discloses a real-time interpretation method for complex parameters. The method comprises the step of: forming a plurality of criterias by combing a correct range of telemetry parametersin different states, and binding triggering event for the criterias; performing interpretation once when one frame of data is received, updating flows and the criterias according to the received dataframe in the interpretation process, and triggering update of the criteras by utilizing clock monitoring timing events simultaneously, thereby realizing whole-course real-time automatic precise interpretation, and laying a foundation of acquiring aircraft defects and health assessment in real time. According to the real-time interpretation method for complex parameters, misjudgment rate is greatlyreduced, and the precision of parameter interpretation is improved.

The invention discloses an automatic thematic map drawing method based on model driving. The method comprises a requirement analysis module, a thematic application model calculation module, a thematicdata transmission module and a general drawing software thematic map drawing module are included. Corresponding indexes are obtained by using a designed special topic application model library. A driving mechanism is directly applied to thematic map drawing, so that the time required for work such as spatial analysis, index calculation and thematic symbol design and expression in a traditional drawing method is greatly shortened, and meanwhile, human errors in the index calculation and interpretation process can be reduced to a certain extent. According to the invention, the advantages of common geographic information analysis software, professional application analysis software and general mapping software in the aspects of data processing analysis and thematic map mapping are combined.Powerful functions of each other in the aspects of thematic data processing and analysis and thematic mapping are comprehensively applied, and a thematic map which resonable and meets the requirementsof users is made.

A method for identifying that disease type of GPR image based on shape feature comprises the following steps: step 1: for the GPR image with disease reflection wave, carrying out F. K offset to obtainthe GPR image matrix NI; 2, normalizing that GPR image matrix NI to obtain a normalized matrix NI_H; 3, binarizing that normalized matrix NI_H accord to the maximum inter-class variance threshold method to obtain a binary matrix NI_HB; 4, carrying out image segmentation on that binary matrix NI_HB according to the maximum connecte area of the image, and after segmentation, only the maximum connected area of the image is reserved; 5, carrying out image pattern recognition according to that ratio of the depth in the vertical direction to the width in the horizontal direction of the maximum connecte area after image segmentation, and judging the disease type of the GPR image. The invention realizes the prominence of the shape feature of the disease, is advantageous in extracting the diseasefeature, facilitates the disease interpretation process, saves the cost, accords with the pursuit goal of the automation of the disease identification of the ground penetrating radar industry, and hasgreat practical significance.