461 results about "Parameter Type" patented technology

A system for estimating motion parameters corresponding to a user. The system may generally include a receiver operable to receive a signal from an external source, an inertial sensor operable to be coupled with the user and arbitrarily oriented relative to the direction of user motion for generation of a signal corresponding to user motion, and a processing system in communication with the receiver and inertial sensor. The processing system can be operable to utilize the receiver signal to estimate a first parameter corresponding to a first motion parameter type, utilize the inertial sensor signal to estimate a second parameter corresponding to a second motion parameter type, generate a user-specific motion model to correlate the first parameter type and second parameter type using at least the first and second estimated parameters, utilize the inertial sensor signal to estimate a third parameter corresponding to the second parameter type, and utilize the motion model and the third parameter to estimate a fourth parameter corresponding to the first parameter type independent of the receiver signal.

A method for generating a tree structure representation of a generalized graph structure for display includes the more important links in the representation. Usage parameters are referenced in generating the tree structure from the generalized graph structure. Frequency, recency, spacing of accesses, and path information are exemplary types of usage parameters. A breadth-first or depth-first traversal of the graph references usage parameters associated with each node or link. The usage parameters which are associated with each node are referenced in order to determine the visitation order. The visitation order is determined by visiting the highest used nodes or links first. A method of displaying the tree structure references the usage parameters to determine the positioning of the nodes in the layout of the tree structure. In a preferred embodiment, the root node is positioned in the center of the layout. In one example, sibling nodes are spread out on links which emanate radially about their parent. The highest-used sibling nodes can be placed farthest apart from each other so as to achieve optimal separation so that they have the most growth space. The lowest-used nodes are then placed in the remaining space between the high-usage nodes. In another example, sibling nodes are positioned at the same radius from the root node. Each leaf node in the hierarchy is assigned the same amount of angular space. The layout angle of each node is a function of the ranking of the node's usage parameter relative to its siblings. Derived usage parameters such as need probability, cocitation clustering, or functions of both node and link usages can alternatively be referenced.

Systems and methods for identifying trends in web feeds collected from various content servers are disclosed. One embodiment includes, selecting a candidate phrase indicative of potential trends in the web feeds, assigning the candidate phrase to trend analysis agents, analyzing the candidate phrase, by each of the one or more trend analysis agents, respectively using the configured type of trending parameter, and / or determining, by each of the trend analysis agents, whether the candidate phrase meets an associated threshold to qualify as a potential trended phrase.

The invention provides an interface testing method and device. The interface testing device comprises an interface scanning unit, a data defining unit, a test case packaging unit, a case executing unit and a report generating unit, wherein the interface scanning unit is used for scanning an object to be tested according to an interface parameter appointed by a user; the data defining unit is used for analyzing a scanning unit of the interface scanning unit to the object to be tested, showing the structure of an interface parameter type and obtaining configuration information of the basic object type appointed by the user, wherein the interface parameter type comprises basic object types; the test case packaging unit is used for obtaining a case element selected by the user, obtaining test data corresponding to the basic object types by using the configuration information of the basic object types in the case element obtained by the data defining unit, and packaging a test case by using the case element and the test data corresponding to the basic object types; the cast executing unit is used for running the test case; and the report generating unit is used for generating a test case according to the run result of the test case. By using the technical scheme provided by the embodiment of the invention, the testing efficiency can be increased.

A method for generating a tree structure representation of a generalized graph structure for display includes the more important links in the representation. Usage parameters are referenced in generating the tree structure from the generalized graph structure. Frequency, recency, spacing of accesses, and path information are exemplary types of usage parameters. A breadth-first or depth-first traversal of the graph references usage parameters associated with each node or link. The usage parameters which are associated with each node are referenced in order to determine the visitation order. The visitation order is determined by visiting the highest used nodes or links first. A method of displaying the tree structure references the usage parameters to determine the positioning of the nodes in the layout of the tree structure. In a preferred embodiment, the root node is positioned in the center of the layout. In one example, sibling nodes are spread out on links which emanate radially about their parent. The highest-used sibling nodes can be placed farthest apart from each other so as to achieve optimal separation so that they have the most growth space. The lowest-used nodes are then placed in the remaining space between the high-usage nodes. In another example, sibling nodes are positioned at the same radius from the root node. Each leaf node in the hierarchy is assigned the same amount of angular space. The layout angle of each node is a function of the ranking of the node's usage parameter relative to its siblings. Derived usage parameters such as need probability, cocitation clustering, or functions of both node and link usages can alternatively be referenced.

A health data generation system has a measuring apparatus and a user terminal. The measuring apparatus transmits to the user terminal function type information indicating function of the measuring apparatus. The user terminal selects a desired function based on the received function type information and transmits the selected function as function designation information to measuring apparatus. The measuring apparatus transmits to the user terminal parameter specifying information designating the types of parameters necessary for performing the function specified by the function designation information. The user terminal prompts a user to input individual data to the parameters and registers the individual data together with the function designation information as registration information R.

A computer-based method for load testing a web application. The computer-based method comprises selecting one or more uniform resource locator (URL) parameters, identifying the selected parameters by parameter type, and loading the web application with URLs created by randomly generating the selected URL parameters. An electronic system adapted to load test a web application utilizing random parameter generation.

A method, system and computer program product for obfuscating pseudocode (e.g., p-code, IL-code, byte-code, etc.), including creating a class-container; declaring an anonymizer method in the class-container; identifying method call instructions in the pseudocode; replacing, in the pseudocode, method calls with calls of the anonymizer method; and in the anonymizer method, adding the method call instructions. All or some of the added method calls have the same name. Parameter types of the added calls can be replaced with an abstract type. Return types of the added calls can be replaced with an abstract type. The class-container is a global class, and includes calls to public method, or the class-container is a private nested class, and includes calls to private methods, or two separate class-containers can be used. Optionally, the invention can include identifying field load instructions in the pseudocode; replacing, in the pseudocode, field load instructions with calls of the anonymizer method; and in the anonymizer method, adding the field load instructions.

The invention discloses an intelligent traffic analysis system, comprising a parameter setting module for setting the control parameters and calibration parameters required by each module of the system; a resolution conversion module for converting the control parameters, the calibration parameters and the resolution of an input collected image; a parameter represent module for representing the control parameters and the calibration parameters after resolution conversion into the parameter types applicable in other processing modules; a processing module for receiving the represented parameters and an object image, to process the object image under the control of the represented parameters to obtain processing result; a resolution recovery module for converting the processing result to the resolution of the input image to obtain output result; and an output module for outputting the output result. The intelligent traffic analysis system has complete structure and simple process, and is suitable for various processing algorithms, thus obtaining strong expansibility.

The invention discloses an environment monitoring method and device based on artificial intelligence, equipment and a storage medium. The method comprises the following steps: carrying out safety behavior identification on a video image by using an image identification model to obtain an illegal behavior record; analyzing the environmental data according to environmental parameter requirements toobtain abnormal environmental data; grading the violation data in the to-be-analyzed violation information to obtain a behavior safety score; according to a preset corresponding relation between the score and the violation level, obtaining the violation level corresponding to the behavior safety score, and carrying out early warning according to a preset early warning measure corresponding to theobtained violation level; and calculating abnormal duration corresponding to each parameter type in each functional sub-region, and if the abnormal duration exceeds a preset time threshold, performingsafety alarm. According to the technical scheme, manual checking and inspection are not needed, the labor cost is reduced, the automatic monitoring efficiency is higher, and the monitoring timelinessand accuracy are effectively improved.

A system for heart performance characterization and abnormality detection includes an acquisition device for acquiring an electrophysiological signal representing heart beat cycles of a patient heart. A detector detects one or more parameters of the electrophysiological signal of parameter type comprising at least one of, (a) amplitude, (b) time duration, (c) peak frequency and (d) frequency bandwidth, of multiple different portions of a single heart beat cycle of the heart beat cycles selected in response to first predetermined data. The multiple different portions of the single heart beat cycle being selected from, a P wave portion, a QRS complex portion, an ST segment portion and a T wave portion in response to second predetermined data. A signal analyzer calculates a ratio of detected parameters of a single parameter type of the multiple different portions of the single heart beat cycle. An output processor generates data representing an alert message in response to a calculated ratio exceeding a predetermined threshold.

The invention discloses a routing matching payment method. The routing matching payment method comprises the steps of: when a payment request is received, finding a routing group matched with a parameter value according to a parameter type and the parameter value of a first parameter in the payment request and a preset route matching mechanism based on the parameter type; determining one target payment channel from payment channels included in a found routing group according to a specified parameter in the payment request, wherein the parameter type of one of the first parameter and the specified parameter is a bank to which the target payment channel belongs; sending a fee deduction request generated according to the payment request to a bank system corresponding to the target payment channel for fee deduction. The invention also discloses a routing matching payment device. According to the routing matching payment method and the routing matching payment device, a best matching payment channel is acquired for payment through routing matching and screening, thus the success rate of payment is improved.

A parameter used in sorting genre is adequately set to improve sorting accuracy. To this end, a music sorter includes a parameter selecting section 160 for obtaining a plurality of candidate genres which are genres to which the music possibly belongs and for selecting a sorting parameter type which is a type of a parameter used for judging the genre to which the music belongs among a plurality of types of parameters which characterize music based on the plurality of candidate genres and a genre judging section 200 for judging either one of the plurality of candidate genres to which the music belongs based on a value of the sorting parameter type of the music.

The invention discloses a broad-spectrum-filtration vibration-absorbing silencer of a hydraulic system, which comprises an oil opening, a vibration absorber shell, upper and lower partition boards, resonance plate springs and damping holes. The broad-spectrum-filtration vibration-absorbing silencer of the hydraulic system has a structure that: the expandable cavity type vibration absorber shell is fixed with the upper and lower partition boards through welding; each partition board is provided with a plurality of triangular holes; the insides of the holes are sealed and fixedly connected with the resonance plate springs through flexible bodies; and the resonance plate springs hold mass bodies of different masses respectively and the damping holes are drilled in the resonance plate springs, so that the resonance plate springs holding different mass bodies and the damping holes form 'quality + spring + damping' lumped parameter type coupling spring vibration systems and the coupling spring vibration systems have respective natural frequencies. The structure can meet working condition requirements of hydraulic oil such as high pressure, stable high flow, low compressibility, corrosion resistance and the like and has better broad-spectrum filtration effects in both low and mediate frequency ranges.

A method and architecture for calculating input values for use in automated analysis and design during the various stages of the design process includes smart defaults. Specific parameter types are defined, some of which are adapted to be specified, or if not specified, calculated by the smart defaults. A tree structure is provided for determining parameter relationships in order to calculate parameter values. The tree structure uses a specific routine to call a smart default each time a parameter value is to be determined, and values are thereby calculated independent of the order of the data inputs.

The invention discloses a design method of a hydraulic model of a shaftless drive type integrated motor pump jet. By means of the method, the propeller which is equal to a seven-blade highly skewed propeller in open water efficiency and lower in radiation noise can be designed, wherein a motor and the pump jet are completely integrated. The method comprises the steps of a pump fluid channel hydraulic parameter type selection design, a parametric three-dimension reversal design of pre-positioned stator and post-positioned impeller blades, non-air-gap pump jet open water performance checking, and propelling, cavitation and noise performance and strength checking of the integrated motor pump jet. The pump jet which is composed of a thick guide pipe of an embedded motor stator, a motor annular rotor, an air gap, a pre-positioned stator and a post-positioned impeller is designed. The propelling efficiency is 0.589, the power is 3.7 MW and the pump jet can propel submersible vehicles with the navigational speed being 16 knots. The number of the stator blades is 13, the number of the impeller blades is 9, an NACA 16 wing type thickness distribution method is adopted for the stator blades and the impeller blades, and the impeller is highly skewed. The design method can be directly used for realizing shaftless electric propelling of unverwater vehicles, and is also suitable for shaft type pump jets and torpedo post-positioned stator type integrated motor pump jets.

The invention discloses a method and device for automatic generation of a robustness test case of an API interface. The method for the automatic generation of the robustness test case of the API interface comprises the following steps that the source code of an API interface to be tested is obtained; static analysis is conducted on the source code to obtain a static scanning result, and the function name, the parameter name, the parameter type and a return value of the function in the API interface are obtained from the static scanning result; a basic data set is built, wherein the basic data set comprises a plurality of basic data types and relevant data corresponding to each basic data type; the testing data of the API interface are generated according to the parameter type and the basic data set of the function in the API interface; a test case of the API interface is generated according to the testing data. The method and device for the automatic generation of the robustness test case of the API interface uses a computer to replace manpower, generates test cases automatically, saves manpower cost, and improves efficiency. The invention further discloses a device for the automatic generation of the robustness test case of the API interface.

The invention discloses a mild cognitive impairment disease classifying method based on a brain network and brain structure information, and belongs to the field of medical image disease classification. The method includes the steps that individual cortex characteristics are calculated first, and difference between individual cortices is calculated with a specific kernel function to construct the structural brain network; any number of parameter types are selected from network characteristics and original MRI data to be combined, characteristics are selected from each combined datum through a stepwise judgment method, and the top ten characteristics appearing the most frequently are used as classification characteristics; a support vector machine based on a radial basis function is adopted for classification. The interference on characteristic selection by different combining modes of the cortex characteristics and network characteristics is fully considered, and robustness and stationarity of characteristic selection are ensured. The characteristics with high sensitivity can be selected fast and effectively, and classification precision is improved.

The invention provides a method, a device and a system for generating a Mock base during a unit test. The method comprises the following steps of: acquiring each original class to be subjected to Mock of a source code to be tested; acquiring class parameters of each original class through reflection, wherein the class parameters comprise a method name, a parameter type and a returned value type; generating each Mock class corresponding to the original class according to the class parameters; and taking a set consisting of all Mock classes to form the Mock base. By the method and the device disclosed by the embodiment of the invention, the Mock base can be automatically generated, so that a large amount of labors and a large amount of resources are saved; under the condition that the requirement on the quality of codes is relatively high, the forming efficiency of the Mock base can be greatly improved; and furthermore, the reliability can be improved.

The invention discloses a smart contract implementation method and device, user equipment and a storage medium. The method comprises the following steps that: when a current business event is monitored, extracting current business parameters from the current business event; combining the parameter types of the current business parameters to obtain a target parameter type set; according to the target parameter type set, determining a corresponding target smart contract; determining a target contract execution level corresponding to the target smart contract, and carrying out level sorting according to the target smart contract execution level to obtain a contract execution sequence; and in a preset blockchain, traversing each smart contract in the contract execution sequence, and implementing the traversed smart contract. By use of the method, a purpose that the target smart contract to be executed can be quickly determined when the smart contract needs to be executed is realized, meanwhile, implementation operations among a plurality of smart contracts can be finished in a good order through the contract execution level, and therefore, the technical problem of low stability when anexisting smart contract is implemented is solved.

A method for analyzing a natural language sentence describing an action, to create an action structure to be used in creating an animation of the action, the method comprising: processing the natural language sentence to create a grammatical tree comprising an action word and its associated values; providing constructs for the action word, each of the constructs having parameter types for defining the action expressed by the action word; identifying from the constructs at least one construct wherein at least one of the parameter types can take on at least one of the associated values thereby defining a matching value; and recording the at least one of the parameter types from the at least one construct as well as the matching value, thereby creating the action structure.

The invention provides a method and system for interaction. In the method, a client agent receives call information and a parameter set; a client serializer serializes the parameter set into data in a standard data type format and sends the serialized parameter set and the call information to a WCF (Windows Communication Foundation) client; the WCF client sends the parameter set and the call information to a WCF server; when receiving the parameter set and the call information, the server agent acquires a parameter type list of a business method, calls a server serializer to deserialize the serialized parameter set into a parameter set, calls a business method by using a reflection technology, transfers the parameter set to the business method, acquires the return value of an execution business method and sends the return value to the WCF server; the WCF server sends the return value to the WCF client; the WCF client sends the return value to the client agent; and finally, the return value is sent to the client. By the adoption of the method and system provided by the invention, the WCF service is separated from a data class and a business class.

The invention relates to a processing method for parameters of a slave in a distributed master-slave communication, including the following steps: an initial address and length of the initial address of a slave device number table corresponding to a slave number are set, and the slave device number table is set; slave parameter types are set, the slave parameter length and the initial address of each type are set according to the slave device number table and the slave parameter types; an address of a parameter which is about to be operated is received according to a slave address, the parameter type and an operation type in a command or a request currently received by a master, thereby obtaining or updating the value of the parameter, the value of the parameter is transmitted or operated immediately or after traversing the slave according to the command or the request. The invention also relates to a device for achieving the method. The processing method and the device for parameters of the slave in the distributed master-slave communication for implementing the invention have the advantages of short processing period and high system efficiency.

A method for designing software in a software design includes providing, in a software design tool, a software block including one or more data elements of one of signal-type or parameter-type. At least one of the one or more data elements is designated as one of a port or a property. If the at least one data element is designated as a property, a value associated with the property is established. Alternatively, if the at least one data element is designated as a port, a connection with one or more software blocks associated with the software design environment is established. The method also includes generating at least a portion of software code associated with the software block based on the designation of the at least one data element.

The invention discloses an execution method and device of an adjustment operation and a terminal, and belongs to the field of human-machine interaction. The method includes: receiving a first touch operation and a second touch operation acting on a touch display screen, determining a type of a to-be-adjusted parameter according to the first touch operation; determining adjustment extent of the parameter type according to the second touch operation; and executing the corresponding adjustment operation according to the parameter type and the adjustment extent. The problem of low efficiency of executing the adjustment operation can be solved; and the parameter corresponding to the parameter type can be adjusted without the need for entering a setting page corresponding to the parameter type, and thus efficiency of executing the adjustment operation is improved.

A computer implemented method and system including techniques for developing and executing automated test cases are described herein. In one embodiment, a test case automation tool provides functionality for defining an automated test set and associated test cases within a testing user interface without the use of scripting languages or compiled programming. The definition of each test case may occur within a testing user interface, including displaying and receiving user selection of available methods for testing; displaying user parameter fields and receiving user parameter values in response for testing; abstracting parameter types in the user parameter values; and generating XML-format definitions of the test case. The test case automation tool may then execute the selected methods of the software application using parameters provided in the XML-format definitions, and return testing results of the test case execution.

The invention discloses a location method of the parameter type fault of the analog integrated circuit. The invention carries out the polyphase filter bank for the measured analog integrated circuit, then calculates the cohere function sequence which corresponds to the faultless sub band sequence for the fault polyphase filter bank sequence in the sub band of the highest fault resolution, and obtains the autocorrelation function sequence of the cohere function sequence, and takes the definite integral answers of the autocorrelation function sequence of the cohere function as the digital characteristic of the fault to realize the fault location. By comparing to the exist technology, the invention can realize the location of the parameter type fault of the analog integrated circuit, reach high accuracy of fault diagnosis, high fault resolution and high fault coverage, realize the multi-parameter type fault location, and easily realize the automation of the fault diagnosis by the digitized fault characteristic with the obvious difference.