116 results about "Test Result Report" patented technology

A method and system for testing a Layer 2 tunnel in a data communication network including a network device and a network manager are described. According to the method, a test invocation is received from the network manager at the network device. In response to receipt of the test invocation at the network device, a Layer 2 tunnel within the data communication network is tested, and a result of the test is reported to the network manager. The tests that may be conducted include a connectivity test to determine if a Layer 2 tunnel can be established and a responsiveness test to determine the propagation time of a Layer 2 tunnel. Advantageously, both compulsory and voluntary Layer-2 tunnels can be tested, thereby enabling all Layer 2 protocols (e.g., L2TP, L2F, and PPTP) to be supported.

An impact sensing and tracking system helps detect concussion risks using a computerized evaluation combined with traditional methods. The system includes impact sensors, a application and a centralized database with a webpage browser interface. Impact sensors are worn on athletes' heads, helmet or other headwear and measure impacts that athletes receive while playing sports. The mobile application includes a real-time test and alert system which assists play-side help detect concussion symptoms, provides medical care notices and reports test results to the database for tracking and analysis. The impact data for each athlete is stored in the database along with tests that have been administered through the application. The system reviews, analyzes and compares impact data to standardized concussion data and stores it as a comprehensive, long-term diagnostic study on diagnosed concussions in athletes that the system uses to evaluate impact severities and concussion risks in specific situations.

An integrated circuit (IC) is provided. The IC includes an RF transmitter and an RF receiver. The RF transmitter is configured to generate an RF signal in response to an analog test signal from a test signal generator of a module circuitry that is external to the IC. The RF receiver is configured to generate an outgoing signal according to an input RF signal, and to report the outgoing signal to the module circuitry. The module circuitry performs a test analysis on the RF signal generated by the RF transmitter or on the outgoing signal generated by the RF receiver to determine a test result. The test result is reported to a test equipment having no RF instruments.

The invention discloses a system and method for implementing automated test of network security equipment. The system comprises a visual monitoring service, a test example procedure and a log server, wherein the visual monitoring service is used for calling a resource management service to distribute test resources based on the configuration information of a test example and adapting the test resources, calling a test example procedure for testing, receiving and buffering a visual log message sent by a log server and a test result report fed back by the test example procedure, and dynamically displaying the visual log message and the test result report via a client; the test example procedure is used for testing and sending a generated log message to the log server, and sending the test result report to the visual monitoring service when the test is ended; and the log server is used for recording the log message sent by the test example procedure and sending the visual log message in the log message to the visual monitoring service. According to the invention, the whole automatic testing procedure is timely and dynamically displayed and the problems of low intuition, strong professionalism, and the like of the automated test of the network security equipment are solved.

The invention provides a test method and a test device for Andriod application program. The test method comprises the following steps that (a) a test log is collected; (b) a test tool used for simulating the operation on tested application program is started; (c) if the condition that the tested application program crashes is ensured, error log information relevant to the tested application program in the test log is found, and the error log information is intercepted and stored; (d) after the error log information is intercepted and stored in an error log analysis thread, the tested application program is closed, and the operation returns to the step (a); (e) if the condition that the tested application program does not crush is determined, after the preset test time is reached, the stored error log information is analyzed, and a test result report is generated.

This invention relates to an emissivity test instrument for measuring the emissivity of overhead electric transmission conductors. The emissivity test instrument includes a vacuum chamber, a data acquisition module connected to the vacuum chamber and adapted to receive data therefrom, and a computing device. The vacuum chamber is adapted to seat a test sample therein. The computing device is connected to the data acquisition module and is adapted to perform a test on a test sample and generate a test results report.

The invention discloses a microfluidic biological chip sperm quality analyser, which comprises a biological chip and a measurement host. The biological chip comprises a sample input module and a microchannel. The measurement host comprises a chip butt module, a fluid driving module, a signal detection processing module and a result display recording module. Driven by the fluid driving module, a sperm sample flows at a set flow velocity and in a set mode in the microchannel of the biological chip, and the sperm amount, the sperm concentration and the sperm motility in the tested sperm sample are obtained by the coulter principle and a unique algorithm. The invention also provides a sperm quality analysis method. The analyser of the invention realizes fully automatic high-throughout rapid analysis of the sperm sample. A user only needs to insert the biological chip comprising the sample into the host, then the analyser can rapidly output a test result report. The analyser has simple and convenient operation and low testing cost and is suitable for medical establishments at all levels and households.

The invention discloses an automatic testing method for the WiFi (Wireless Fidelity) function of an electronic product. The electronic product is provided with an automatic testing module; the electronic product accesses into a wireless network by a WiFi receiver; the automatic testing module tests the function and a program module of the electronic product; the automatic testing module transmits the tested results to the electronic product, and the electronic product displays the tested result report.

The embodiment of the invention discloses a software automatic test method and device, equipment and a medium. The method comprises the following steps: determining a test scene according to an obtained test instruction and obtaining a test flow corresponding to the test scene; executing the test flow, selecting test parameters corresponding to the test flow according to the test flow, testing thetest scene, and generating a test result report; judging whether the data in the test result report matches the data in the database corresponding to the data, and summarizing the judgment results ofthe data to generate a test result of the test instruction. The method provided by the embodiment of the invention realizes the function test of the software through the specific test scene, realizesthe automatic acquisition of the test parameters according to the test flow, realizes the automatic test of the software, improves the efficiency of the software test, and makes the software system more stable.

The invention relates to a system and method for testing a power quality monitoring device. The system for testing the power quality monitoring device comprises a power quality standard source, a signal collection device, a GPS time calibration device, a protocol converter, a test station and a tested device, wherein the power quality standard source is connected with the signal collection device and the tested device through the GPS time calibration device, and the test station is connected with the tested device and the signal collection device. The method for testing the power quality monitoring device comprises the steps of (1) starting the device, (2) carrying out GPS time synchronization, (3) receiving an instruction, generating a test signal, (4) enabling the tested device to receive the test signal, storing measured data in the test station, (5) enabling the test station to receive a power quality index standard value uploaded by the signal collection device, and (6) calculating indexes of the tested device through receiving of the power quality index standard value and measured values of the tested device, and generating a test result report. According to the system and method for testing the power quality monitoring device, testing of measurement accuracy of the power quality monitoring device and testing of a measuring method can be achieved, and working efficiency is greatly improved.

The invention provides a system and method for testing samples and, in one embodiment, a system for directing and coordinating the operations of hardware components and performance of tasks of laboratory personnel. The system includes a user interface for receiving requests from one or more users. Each request comprises a list of one or more samples to be tested and specifies one or more tests to be conducted on each sample. The system also includes a sample preparation station for maintaining a library of all received samples and creating a sublibrary of samples based on the test(s) to be conducted. The system directs hardware components and laboratory personnel (collectively, laboratory resources) to conduct the requested tests and reports test results to the user(s) who have requested the test(s).

The invention discloses an automatic testing method based on a natural language processing technology. The method includes the following steps of A, preparing a testing case set, and combing tested services; B, constructing and training a natural language processing model for testing case parsing; C, developing an automatic testing code template; D, controlling case parsing, code adapting and testing executing through an automatic testing frame, and generating a testing report. By means of the effective testing method, the natural language processing technology and an artificial intelligent technology are used for training traditional text-compiled testing cases, an automatic testing code is generated and executed, and the testing result report is output. Therefore, the aims of being efficient in testing and reducing research and development cost are realized.

The embodiment of the invention provides an automatic paper marking method and system and relates to the technical field of information education. The method comprises processing a test paper image and obtaining a paper marking image according to a fuzzy classifier; extracting the information of each question in a machine paper marking area and comparing the information with the stored information of each question; outputting a score corresponding to the machine paper marking area and recording knowledge point information corresponding to mistakes in the machine paper marking area; generating a comprehensive score from the score of a manual paper marking area and the score of the machine paper marking area, and generating mistake knowledge point information according to the knowledge point information corresponding to the mistakes in the machine paper marking area and the knowledge point information corresponding to the mistakes in the manual paper marking area; finally, generating and storing a student test result report according to student information, the comprehensive score and the mistake knowledge point information. The method and system can not only achieve score statistics on the test results, but also carry on statistics and analysis of the knowledge points.

The invention provides a method and a device for automatically testing a power source, wherein, the method comprises the following steps: step one, a power source to be tested is connected with a control device by a connecting interface, and according to a preset template of input document format, the user inputs the parameter configuration information which is related to the power source to be tested into the control device; step two, the control device selects a corresponding testing machine for the power source to be tested according to the parameter configuration information and generates a testing parameter information, and the power source to be tested is connected with the testing machine by the connecting interface; step three, when the testing of the power source to be tested is carried out, the testing machine automatically invokes the testing parameter information for implementing the testing and generates a report of testing results on a display device for notifying the user whether the power source to be tested has failures, and consequently the invention greatly reduces manual operation time, is applicable to the developing, testing, validating and producing process, improves testing efficiency and reduces testing cost.

The invention discloses a method for automatic testing of a memory of an intelligent mobile terminal, which is applied to the intelligent mobile terminal using an Android operation system. The method comprises two parts, namely automatic testing and judgment of memory leakage problems of resident services of the intelligent mobile terminal, and automatic testing and judgment of memory leakage problems of a single application, so the completeness of the memory leakage testing is guaranteed, the testing frequency each time and the recording frequency of memory values can be set, the stronger memory testing can be performed, and the relevant quality of the memory of the intelligent mobile terminal using the Android operation system is furthest guaranteed. The method has the advantages that the whole testing process is the full-automatic process, so the participation of persons is not needed in the testing process; a testing result report is automatically generated after the testing is finished, so the testing efficiency of the memory is greatly improved.

The invention provides a cross-platform algorithm testing method and a system thereof. The method comprises steps: after a user logs on a testing client, if the testing authority is verified to be passed, the testing client obtaining a testing task corresponding to the user ID from a Web server, a test case and test data for the user to select; obtaining the test task selected by the user, as a target test task, the target test data and the target test platform corresponding to the target test task being obtained for any target test task, the target test instructions corresponding to the target test task being generated, and the target test data and the target test instructions being sent to the target test platform for testing; receiving the test results reported by each target test platform, and making statistical analysis on all the test results. The method and the system can support a plurality of platforms and a plurality of algorithms, and can dynamically expand and adapt to newrequirements. To a certain extent, it reduces the burden of operation and storage of the test platform, and is conducive to the sharing of resources among the test platforms.

The invention relates to a batch automated testing method for a navigation terminal receiver. The batch automated testing method mainly aims at batch navigation receiver testing tasks and quick batch test for batch production of the navigation terminal receiver. Without involvement of an operator or many operators, the batch automated testing method has the advantages of high accuracy, consistency, efficiency and low cost and the like and is mainly applied to analog simulation generation technique of satellite navigation signals, bussing technique, assembly line based testing technique, sampling technique and database storage technique and automatic generation technique of test result report forms.

The invention discloses a UI automatic test method, which is executed in a browser. The method comprises the following steps: configuring structured data corresponding to a test scene; mapping an instruction behavior of an operation instruction to a first key; mapping an expected type of assertion operation to a second key; executing operational instructions in the test scenario based on the structured data, the first keyword and the second keyword; and generating a test result report based on the expected type of assertion operation. The scheme solves the problem of automatic testing and monitoring of web system based on browser/server structure at UI level.

The invention relates to a network-based system and a network-based method for automatically diagnosing experimental wiring. The system comprises a server program device, a plurality of sets of experimental equipment provided with experimental wiring automatic diagnosis testers, and a hardware device, wherein the hardware device comprises a server and corresponding network equipment; and the server program device provides a function of a drawing board for an experiment instructor to use to draw an experimental circuit schematic diagram, then automatically generates a network node table file according to the experimental circuit schematic diagram, transmits the network node table file to embedded-type computers arranged in the experimental wiring automatic diagnosis testers through an Ethernet, and receives and stores in database login commands and test result reports sent by the embedded-type computers arranged in the experimental wiring automatic diagnosis testers. The system and themethod can find wiring errors in experimental circuits quickly so as to help the experiment instructor to find the wiring errors students make in the experimental circuits quickly. The system and themethod are used for testing wiring errors in the experimental circuits in a laboratory.

The invention relates to a dynamic and static combined interrupt drive program data race detection method. According to the method, through a detection technology of a shared source, a control flow diagram generation technology, a data flow analysis technology and a simulator operational control technology, static analysis is carried out on a source program with a static method so that a potential data race sequence can be obtained, dynamic execution is carried out on the result of static analysis to verify authenticity of potential races, sorting is carried out according to severity of the potential races, and a test result report is obtained. An implemented tool of the method is used for testing an interrupt drive program, the real competitive relation related to interruption can be effectively detected, a series of potential competitive relations are provided for guidance according to the severity, working efficiency of a tester can be greatly improved, data race detection of an interrupt drive is achieved, safety and stability of an embedded system are ensured, and the reliability guarantee can be provided for the key safety fields with the requirement for highly stable embedded programs such as the spaceflight field and the medical field.

The invention provides an automated testing method for a code keyboard. According to the automated testing method for the code keyboard, a PC is provided. A simulated testing system is arranged in the PC. The PC is connected with the code keyboard through a series port. The simulated testing system comprises a script file analysis module, a test data generation module, a built-in code keyboard module and a test result data processing module. The automated testing method for the code keyboard comprises the steps that a test case script is established in the simulated testing system, and interaction of the script file analysis module, the test data generation module, the built-in code keyboard module and the test result data processing module are conducted; expectant response result data and response result data are compared, a test result report is obtained through result information of comparison verification, and test process information is recorded in a test log at the same time. By the adoption of the simulated testing system for the code keyboard, an automated test for instruction of the code keyboard is achieved, the log information and the result information of the code keyboard test are automatically generated, the testing efficiency of the code keyboard is greatly improved, and the workload of testing personnel is lightened.

The invention discloses an automatic model testing method and device. The automatic model testing method includes the steps that a Simulink model needing to be tested and calibrated parameters are loaded; an Excel testing document is called, and all testing cases are sequentially executed according to the time stream relation defined in the Excel testing document; whether a testing result is the same as the expected value in the corresponding Excel testing document or not is judged. Therefore, Matlab and Simulink can be integrated together, simulation testing can be carried out on an algorithm set up by a user fast and is stable and reliable, a testing result report is generated, a great deal of time for developing the algorithm of research personnel can be saved, and the method is not limited by experiment environment.

This invention provides a cable component test system and a device, in which, the system includes: a host for testing the cable components based on their test parameters to output test results and a control computer connected with the host used in providing test parameters of the components to the host and receiving test results reported by the host, which also includes a control module, a clock module, a multiple signal generating module, a multiple error code testing module and a switch board of a connector.