112 results about "User testing" patented technology

The invention relates to an automatic test system of a movable terminal, which comprises a testing and management server, a testing personal computer (PC) client terminal and a movable testing terminal. The testing and management server is used for managing testing resources, managing testing tasks, monitoring testing state, sending testing reports and storing testing logs, the testing PC client terminal comprises a testing script developing and debugging environmental module and a testing execution module, and the movable testing terminal is the movable terminal provided with a movable testing terminal agent module. The automatic test system organizes user testing tasks by using a mode of separating testing logic and testing using cases, improves maintainability, greatly reduces working capacity for creating, amending and maintaining a testing script, lowers cost of users on using the automation testing system, and brings convenience for customers in amending the testing using cases.

The invention provides a method for determining software test process sufficiency based on coverage rate quantitative indicators. The method comprises the following steps of: A, performing precompilation, lexical analysis and syntax analysis on a tested program to acquire the calling relationship diagram of the abstract syntax tree, the control flow graph and the function of the program, and automatically generating a tested unit according to the test requirement of a user; B, extracting a corresponding element set to be covered in the tested unit from the abstract syntax tree and the control flow graph according to a coverage criterion; C, inserting a corresponding probe function into the program of the tested unit according to the coverage criterion; D, dynamically testing the tested unit into which the probe function is inserted by selecting a system automatic executing mode or a user manual executing mode according to the test requirement of the user; and E, acquiring the covered element set of the tested unit according to the returned information of dynamic test execution, and calculating the coverage rate of the tested unit. By the method, the efficiency and the accuracy of a software evaluation test can be improved.

The utility model discloses a method fro testing mobile communication terminal, which belongs to technical field of terminal testing, and aims at solving the problem that other terminal cannot be compatible with prior testing method of mobile terminal. The utility model adopts the technical proposal that: building testing instruction set according to different mobile communication terminal application systems, comprising the following steps: A. sending application system version inquiry instruction to the mobile communication terminal to be tested and acquiring version information; B. identifying user testing script and generating testing instruction according to testing instruction set of current corresponding version; sending the testing instruction to the mobile communication terminal; C. receiving the returned testing result of mobile communication terminal for analyzing and storing. The utility model has the advantages of strong compatibility and simplicity and practicality.

Systems and methods for performing a human user test when a high-risk network access is captured by an intermediary security device are provided. According to one embodiment, when an intermediary security device identifies a high-risk network access that is potentially initiated by a human user or a piece of software running on the device of the human user, a human user test message is sent to the human user to verify that the high-risk network access was indeed initiated by the human user. After a response to the human user test message is received by the intermediary security device, it is determined if the response is a correct response to the human user test. The security device allows the high risk network access if the response is correct.

Systems, methods and apparatus for usability testing of remote interfaces or online applications via a user test application are disclosed. A parser of the user test application receives an HTTP request for a page of the interface or application to be tested from an evaluating participant. The parser creates an iframe that contains a URL of the user test application with a task URL related to the remote interface or online application to be tested appended to the URL. An HTTP request is made to the interface or online application based on the HTTP request and the user test application processes an HTTP response from the interface or online application and transmits the HTTP response to the participant as if the participant made the request directly from the remote interface or online application.

Provided are a method, system, and program for simulating I / O requests to test a system coupled to an adaptor having a port used for transmitting and receiving I / O requests to the system. A user test command is received indicating an I / O test object. The adaptor processes the I / O test object indicated in the user test command to generate a sequence of simulated I / O requests and transmits the generated simulated I / O requests to the system.

A system and method for coordinating field user testing results for a mobile application across various mobile devices is provided. The system may comprise a plurality of mobile devices configured to facilitate field user testing of a test application, and a computing device configured to provide analysis related to field user testing of the test application. A testing module of the mobile device may be configured to: perform one or more operations of the test application; collect a plurality of metrics related to an execution of the one or more operations of the test application; determine whether an error occurred with an operation of the test application based on the collected one or more metrics; and transmit, to one or more other mobile devices, one or more metrics related to the execution of the operation at which the error occurred. The testing module may be part of the operating system.

A source manager includes an editor program that can be used to edit an existing source record via a graphical user interface (GUI). Test Action and Test Source functions allow a user to test enter a query and to test a source expeditiously. A conversion tool converts existing sources to the design and format to reconcile data scattered among the source engine data and source partition record. For handling internationalization issues, aspects of the invention include persistently storing the source's encoding type during the configuration process, and then using that encoding type later during the deep harvest phase. According to another aspect of the invention a solution for selecting a summary passage for a particular source is provided. Other aspects of the invention include solutions for character encoding, “Next Links” recognition and “Next Results” handling.

A system for performing remote usability testing of a website includes a module for generating particular tasks, a module for moderating a session with a number of participants, and a module for receiving usability data. The system further includes a analytics module for analyzing the received usability data. The module for generating the particular tasks includes a research server configured to interface with user experience researchers and storing multiple testing modules for selecting qualified participants from the number of participants and for generating the particular tasks having research metrics associated with a target web site. In an embodiment, the research server randomly assigns one or more of the multiple testing modules to one of the participants. The multiple testing modules may include card sorting studies for optimizing a web site's architecture or layout.

Described is a device and method using an interactive process to improve the listening experience for a user of headphones or hearing aids. The system uses a sound source such as a PC or similar device. Programming of the headphone or hearing aid is accomplished using a process delivered by the sound source. The user is prompted to listen to various signals thereby testing the frequency response of each ear and headphone combination. Once the user testing is completed, individualized compensation coefficients are created to optimize the listening experience for the user. The coefficients would be downloaded to and stored within the hearing aids. Downloading could accomplished by wire or by wireless means such as infrared, radio frequency, magnetic or electromagnetic coupling. In headphone units, the compensation factors could be stored either within the headphones or maintained at the sound source. In addition, headphone units could be operated with or without wires (using infrared, radio frequency, magnetic or electromagnetic coupling) for downloading or audio listening.

A computer-implemented method for performing unmoderated remote usability testing of an executable software module. The method includes identifying a multitude of participants, each of the multitude of participants being equipped with a data processing unit adapted to receive a multitude of responses from the multitude of participants. Each of the multitude of responses may be associated with using the executable software module. The method further includes connecting the multitude of participants with a server, automatically presenting at least one of a multitude of tasks associated with at least one usability metric of the executable software module to at least one of the multitude of participants, and gathering the at least one of the multitude of responses related to the at least one of the multitude of tasks.

A system and method are presented for monitoring handheld devices in a testing environment. At least one handheld device is provided, typically several, that is capable of performing a first plurality of functions in a non-test mode, and a more limited number of functions in a test mode. In a test environment the handheld device should be set to perform in the test mode. In the event of the handheld device mode being changed from the test mode to non-test mode, the handheld device generates a non-test mode signal. A monitoring software application records the non-test mode signal. In one aspect, the monitoring application is embedded in a remote proctor device. The remote proctor device monitoring application may send a mode interrogation message to the handheld device, and the handheld device generates the non-test mode signal in response to the mode interrogation message.

The invention discloses an automation testing method and device for a mobile terminal, and the device comprises a receiving module which is used for receiving a testing instruction inputted by a user at a testing interface; a testing module which is used for the hardware and / or software automation testing of the mobile terminal according to the testing instruction and a preset testing scheme. The method and device can flexibly set the testing scheme according to the testing needs of a user, automatically achieve the automation testing of software and hardware, thereby improving the testing efficiency and precision of the mobile terminal. Moreover, the testing of the software and hardware can be carried out alternately, thereby greatly improving the integration of the testing of the software and hardware, and reducing the cost of manual testing.

The invention provides a learning data recommendation method, including the following steps: in a test process of a user, image information including test data is obtained through a wearable learning apparatus; the image information including the test data is analyzed, a test result corresponding to the test data or, the test result and corresponding knowledge point information are obtained; and according to the test result, the corresponding knowledge point information is selected to be recommended to the user. The learning data recommendation method can automatically obtain the information of the test data when the user carries out a test, thereby improving convenience of collecting the test data of the user, and can automatically obtain corresponding recommendation data, thereby improving generation efficiency of the recommendation data.

Methods, computer-readable media, software, and apparatuses provide a system for implementing a tool that allows users to test a webpage. The system may include a computing device configured to use the tool to parse a request that is transmitted in response to, for example, a selection to load the webpage. The tool may also generate a user interface comprising variables of the request. The variables may be displayed so that they may be selected by a user. For each selected variable, the computing device may generate a column within a table. The table may include the values for each selected variable. The computing device may also generate a second table with corresponding values for corresponding variables. Further, the computing device may compare corresponding values to execute regression testing. Also, the computing device may allow a user to select criteria for certain variables to generate rules and apply rules against requests. The computing device may also allow users to export data to be analyzed and reported in another tool.

A method and a system for automated test and result comparison, suitable for a client computer to control a management server to test sensors in a server to be tested, are provided. In the method, an operating interface of a management program of the management server is logged in through a network, and operating actions of a user testing the sensors by using the operating interface are simulated to generate keyboard and mouse control instructions corresponding to the operating actions by using a keyboard-and-mouse automation program. The keyboard and mouse control instructions are executed to operate the operating interface, so as to control the management program to test the sensors. The test parameters obtained by the management program testing the sensors are captured, and compared with predetermined parameters in a database to obtain a test result. Finally, the test result is stored as a test file.

The invention provides a complete simulation process for intelligent network services wherein a convenient and fast process for service test and demonstration is provided, and a set of simulation SCP and simulation SCEP terminals are defined, enabling the user track a calling treatment process on the simulation SCEP directly, and transmit the control command to the simulation SCP to control the execution of the calling. The service simulation process has the advantage of easy usage and high efficiency.

The invention discloses a TTE network transmission delay test system. The system comprises a to-be-tested TTE network, test execution equipment and test management equipment; the test management equipment is used for responding to a user test operation and sending a time delay test instruction to the test execution equipment; and the test execution equipment is used for acquiring sending signal information and receiving signal information in the TTE network to be tested in response to the time delay test instruction, and determining the transmission time delay of the TTE network according to the sending signal information and the receiving signal information. Visibly, the transmission delay of the TTE network is analyzed in a mode of combining board card trigger acquisition and software data analysis in the test execution equipment, that is, time data acquisition and analysis are performed on the TTE network at a board card level, the risk of influencing the data in the TTE network at a protocol layer is reduced, and the use of third-party test equipment is avoided, therefore, the complexity of TTE network testing is reduced, and the risk that TTE network transmission information is tampered and the correctness of transmission data is affected is also reduced.

The invention provides a deposited carbon regeneration and thermal fatigue simulation testing system of a diesel fuel particulate trap. The deposited carbon regeneration and thermal fatigue simulation testing system comprises a diesel fuel particulate filter, a differential pressure transducer, a burner simulation device, and a controller. The gas inlet of the diesel fuel particulate filter is connected with the gas outlet of the burner simulation device, and the two probes of the differential pressure transducer are respectively connected with the gas inlet opening and the gas outlet opening of the diesel fuel particulate filter, and in addition, the differential pressure sensor and the burner simulation device are connected with the controller. The controller is used to control the flow and / or the temperature of the gas outlet of the burner simulation device according to preset configuration information or external input, and is used to acquire the deposited carbon regeneration characteristic parameter, and / or the thermal fatigue characteristic parameter, and / or the operation parameter of the diesel fuel particulate filter according to differential pressure signals received by the differential pressure transducer. A user testing technology is simplified, and by aiming at DPF of development of different engine models, testing curves and testing data packages matched with the different models are formed, and are used for development, researches, and subsequent tests.

The invention relates to a cross-Android-platform automatic testing method and system. The method includes: testing single call or short message business; performing automatic cross function testing on the call and short message business; recording and storing testing results in a classified manner, and analyzing causes possibly causing testing failure. The testing method and system has the advantages that the testing items, which are low in influence by requirements, high in operation repeatability and simple in flow, of an Android terminal platform are tested in a collective manner, the testing is not affected by a PC-end testing tool, and a large amount of automatic testing can be performed anytime anywhere; the access of automatic testing is lowered, general users can perform automatictesting, and testing deployment of a large amount of testing and especially user testing is facilitated; function testing and performance testing requirements are satisfied, and function testing is completed while pressure testing is also considered; cross-platform testing can be performed, and testing portability is increased.

The invention relates to a separation type pulse blood oxygen emulation system which is composed of a host computer and imitation fingers in separation type connection with the host computer. The system comprises a collecting module, a processing module, a light emitting tube driving module, a key module, a display module and a power supply module, wherein the collecting module is used for collecting correlated data from a blood oxygen device of the tested pulse; the processing module is connected with the collecting module and is used for firstly separating red light and infrared light collected by the collecting module and then processing the red light and infrared light data; the light emitting tube driving module is connected with the processing module and is used for driving a light emitting tube by utilizing the data processed by the processing module; the light emitted by the light emitting tube is used for imitating light information attenuated by fingers; the key module is connected with the processing module and is used for setting different states for testing; the display module is connected with the processing module and is used for displaying emulation information for a user; and the power supply module is connected with the modules and is used for supplying electric power for the modules under the control of the processing module. In the invention, the host computer is in separation type connection with the imitation fingers, thus the user testing is facilitated.

The embodiment of the invention provides a monitoring method and device based on a simulated user test. The method comprises the steps of setting a test period for an interface according to the importance degree of the interface; Setting input parameters for the interface according to the function of the interface; Generating a request command according to the input parameters every other test period, the request command being used for simulating a user test on the interface; Executing the request command, carrying out simulation user testing on the interface, and returning a target code by the interface within a preset time length under the condition that the interface is normal; Judging whether a target code returned by the interface is received within a preset time length or not; And ifthe target code returned by the interface is received within the preset time length, determining that the interface is normal. Therefore, according to the technical scheme provided by the embodimentof the invention, the problem of monitoring lag when the system environment is abnormal in the prior art can be solved.

A system and method for coordinating field user testing results for a mobile application across various mobile devices is provided. The system may comprise a plurality of mobile devices configured to facilitate field user testing of a test application, and a computing device configured to provide analysis related to field user testing of the test application. A testing module of the mobile device may be configured to: perform one or more operations of the test application; collect a plurality of metrics related to an execution of the one or more operations of the test application; determine whether an error occurred with an operation of the test application based on the collected one or more metrics; and transmit, to one or more other mobile devices, one or more metrics related to the execution of the operation at which the error occurred. The testing module may be part of the operating system.

The invention provides a simulation test scene generation method and device based on automatic driving, and the method comprises the steps: obtaining a scene parameter dictionary according to obtained user input data; wherein the user input data comprises a function scene and a value range of a scene parameter corresponding to the function scene; matching and screening pre-generated scene templates according to the scene parameter dictionary to obtain a target scene template; and based on the scene parameter dictionary, expanding the target scene template to obtain a simulation test scene. According to the invention, the scene parameter dictionary is dynamically adjusted through the obtained user input data, so that the corresponding simulation test scene is automatically generated according to different user test requirements, the scene generation efficiency and quality are improved, the test feasibility is improved, the cost is reduced, and the waste of resources and cost is avoided.

The invention relates to an automatic interface test system for a computer interlocking system and application. The system comprises an equipment coordinate generation module, an interlocking operation scene simulation module, an equipment state result interpretation module and a user test script editing module. The equipment coordinate generation module reads the data of the current measured station yard and generates a table of equipment coordinates in the station yard for the interlocking operation scene simulation module to use; the interlocking operation scene simulation module is used for providing an interface for interlocking interface operation. The equipment state result interpretation module calls an image recognition interface function to interpret the equipment state so as tojudge the execution result of the test operation; and the user test script editing module is used for a user to design a test scene by himself / herself according to requirements, compile a test case and reuse the stored test case in subsequent tests. Compared with the prior art, the system has the advantages of greatly improving the efficiency of testing the interlocking product by using the operation interface and the like.

The embodiment of the invention provides a pronunciation correction system. The system comprises: a test module configured to output test content determined based on user learning data and collect first test data input by a user according to the test content, the first test data comprising facial image data and voice data; and a pronunciation correction module which is configured to extract user pronunciation characteristics from the first test data, match corresponding pronunciation correction strategies and feed back pronunciation correction content to the user based on the pronunciation correction strategies, and the pronunciation correction content is used for indicating pronunciation difference types and the corresponding pronunciation correction strategies. The targeted pronunciationcorrection strategy is obtained based on the user test data, and the corresponding pronunciation correction content is matched, so that targeted pronunciation correction feedback is realized, the pronunciation problem of the user can be corrected, the pronunciation correction effect is improved, and the learning experience of the user is improved. In addition, the invention further provides a language pronunciation correction method, a medium and computing equipment.

The invention discloses a method for generating a sketch to bas-relief model based on a generative adversarial network. The method comprises the following steps: model design: designing a reasonable network model based on a generative adversarial network structure; acquiring a data set; acquiring the corresponding sketch and the corresponding bas-relief model for the three-dimensional model at different visual angles, extracting and storing the height field of the obtained bas-relief model as a picture, and establishing a sketch-relief data set; model training: inputting the established data set into a designed model for training, and optimizing the parameters of the generation network and the discrimination network; and user testing: performing feature extraction on the sketch input by the user to generate a height field of the bas-relief model corresponding to network output, and then restoring the generated height field into the bas-relief model. According to the method, the generative adversarial network structure is used, and the corresponding bas-relief model can be generated according to the hand-drawn sketch of the user, and the obtained bas-relief model has a good visual effect.

The invention provides a temperature compensation method for glucometer testing data. The method comprises the following steps: acquiring blood glucose data of user testing; acquiring multiple environment temperatures by an internal temperature sensor; and compensating the blood glucose data by combining the multiple environment temperatures to obtain corrected blood glucose data. The method and device can be used for accurately carrying out temperature compensation on glucometer testing data.

A computer-implemented method for performing unmoderated remote usability testing of an executable software module. The method includes identifying a multitude of participants, each of the multitude of participants being equipped with a data processing unit adapted to receive a multitude of responses from the multitude of participants. Each of the multitude of responses may be associated with using the executable software module. The method further includes connecting the multitude of participants with a server, automatically presenting at least one of a multitude of tasks associated with at least one usability metric of the executable software module to at least one of the multitude of participants, and gathering the at least one of the multitude of responses related to the at least one of the multitude of tasks.

Systems and methods for performing a human user test when a high-risk network access is captured by an intermediary security device are provided. According to one embodiment, when an intermediary security device identifies a high-risk network access that is potentially initiated by a human user or a piece of software running on the device of the human user, a human user test message is sent to the human user to verify that the high-risk network access was indeed initiated by the human user. After a response to the human user test message is received by the intermediary security device, it is determined if the response is a correct response to the human user test. The security device allows the high risk network access if the response is correct.