37 results about "Interactive testing" patented technology

A method that incorporates a detailed, precise procedure of designing a user interface by utilizing agent behavioral models. This method applies quantitative and qualitative agent behavioral models derived through the Categorize Describe-Model (CDM) methodology to the iterative design stage of interface development. The method includes: (1) categorizing at least two users; (2) validating targeted user behaviors and preferences; (3) capturing emergent behaviors and preferences; (4) tracking design requirements and implementations; (5) accommodating diversity in performance and preference during interactive testing; and (6) customizing a user interface design to each of the at least two users.

The invention relates to a firewall pressure testing method which aims at firewall pressure test. The method comprises the following steps of: sampling data packets in normal network transmission as testing data; recording the transmission direction and the transmission sequence of the data packets to form a plurality of testing sequences; setting a group of filtering rules to filter the testing sequences; recording the data packets incapable of passing the filtering rules; setting the same group of filtering rules to a firewall to be tested; sending data packets to pass through the firewall according to the transmission direction and the transmission sequence recorded during sampling the data packets in the testing sequences; checking the actual filtering situation of the firewall; and comparing with the data packets incapable of passing the filtering rules recorded previously to obtain the actual defending effect of the firewall. The method simulates actual network data packet flow and utilizes interactive testing environment to achieve a quantitative, interactive and actual testing effect for the firewall.

A method for providing interactive and iterative testing of integrated circuits including the receiving of a first failing region. The first failing region corresponds to one or more circuits on the integrated circuit. The method generates a set of adaptive algorithmic test patterns for the one or more circuits in response to the first failing region and to a logic model of the integrated circuit. Expected results for the test patterns are determined. The method includes applying the test patterns to the first failing region on the integrated circuit resulting in actual results for the test patterns. The expected results to the actual results are compared. The method also transmits mismatches between the expected results and the actual results to a fault simulator. The method includes receiving a second failing region from the fault simulator, the second failing region created in response to the mismatches and the logic model, and the second failing region corresponding to a subset of the one or more circuits on the integrated circuit.

The invention provides a multi-mode interactive speech language function disorder evaluation system. The multi-mode interactive speech language function disorder evaluation system comprises a user login module, a tested person management module, a scale selecting and testing module and a scale assessing and result generating module, wherein the user login module is used for providing entrances for a user to log in, register and retrieve passwords; the tested person management module is used for managing the information of the tested person; the scale selecting and testing module is used for selecting a scale and performing multi-mode interactive testing according to the scale, so that test data is obtained; the scale selecting and testing module comprises a visual function module, a listening function module, a writing module and a drawing module, wherein the visual function module is used for collecting data related to the visual function of the tested person, the listening function module is used for collecting data related to the listening function of the tested person, the writing module is used for collecting writing data of the tested person, and the drawing module is used for collecting drawing data of the tested person; and the scale assessing and result generating module is used for assessing the tested data, so that an assessment result is generated. The invention further provides a corresponding multi-mode interactive speech language function disorder evaluation method.

Embodiments of methods, systems, apparatuses, and computer-readable may relate to interactive testing of source code. The method may include executing at least a part of the source code at the processing device and presenting the execution to a user. One or more gestures of the user may be captured while executing the part, where the user provides the gestures based on the execution presented to the user. The gestures may then be associated with the executing part, and a report may be generated that comprises information for the executing part associated with the captured gestures.

The invention discloses a network performance measuring method, apparatus and system. The method is used for measuring the network performance parameters of the communication link between a first device and a second device. The first device is configured to be a control client and a session initiating side to implement the TWAMP, and the second device is configured to a server and a session response side to implement the TWAMP. The network performance measuring method is applied to the first device and includes creating the TWAMP type SLA work after a work creation command is received; starting to schedule the TWAMP type SLA work after the starting work scheduling command is received; by scheduling the TWAMP type SLA work to realize the following operation: negotiating with the second device the UDP port number used in the interactive testing of messages; interactively testing the messages with the UDP port determined by the negotiation and the second device; and measuring the network performance parameters according to the interactive testing messages.

A method for providing interactive and iterative testing of integrated circuits including the receiving of a first failing region. The first failing region corresponds to one or more circuits on the integrated circuit. The method generates a set of adaptive algorithmic test patterns for the one or more circuits in response to the first failing region and to a logic model of the integrated circuit. Expected results for the test patterns are determined. The method includes applying the test patterns to the first failing region on the integrated circuit resulting in actual results for the test patterns. The expected results to the actual results are compared. The method also transmits mismatches between the expected results and the actual results to a fault simulator. The method includes receiving a second failing region from the fault simulator, the second failing region created in response to the mismatches and the logic model, and the second failing region corresponding to a subset of the one or more circuits on the integrated circuit.

The invention discloses a socket communication interactive testing method which is characterized by comprising the following steps: (1) operating a client and a server corresponding to the client, inputting a request at a serial port terminal of the client, waiting for feedback information from the server, and if the server properly returns feedback information, finishing testing; and (2) if the server can not properly return feedback information, outputting and displaying an error prompt and an error location. The socket communication robustness testing method disclosed by the invention is convenient to operate, can quickly position the problem, improves the man-machine interaction capacity, enhances the testing efficiency, and can select test patterns more flexibly.

Provided is an online award advertisement system and method capable of forcing users to evaluate, including a user information acquisition link, an advertisement putting link, an advertisement display link, an interactive testing link, a reward link and other technical links, and being characterized by further including a user evaluation link which is arranged after the advertisement display link and before the interactive testing link, and displays a corresponding user evaluation page after each advertisement display is completed, the page includes at least three evaluation options, users have to click one of the options to access the next link, and the user who don't participate the user evaluation cannot get the reward. The online award advertisement system and method provided guarantees the complete corresponding relation of the advertisement and the user evaluation, can completely monitor the users' good feeling about the advertisement, and provide the effective help for the automatic optimization of advertisement putting and the artificial optimization of advertisement copy materials, thereby improving the advertising effect monitoring level of online award advertising, advertising putting automation level, and advertising copy material optimization capability.

The invention relates to a system and a method for health monitoring service based on a central server. Measurements of biological samples (e.g. blood, saliva and urine) are carried out by a remote measurement system. The measurement data are sent to a central server, where the data are processed and analyzed, for example by expert knowledge systems, and a health profile generated is sent back to the remote measurement system. A health care provider may receive the results of the analysis carried out by the expert knowledge system, and the health care provider may further upload laboratory measurements, which can be included in the health analysis of the person. It is preferred that the system and method according to the invention is capable of providing an early warning of diseases that causes changes in chemical components in the biological sample.

The invention relates to a homework grouping mutual evaluation system for teaching and a mutual evaluation method thereof. The homework grouping mutual evaluation system for teaching comprises a computer arranged on a desk and provided with a liquid crystal display. The computer is connected with a background server through a communication network. A foreground module for instructional interaction and based on a B / S (Browser / Server) framework is arranged in the computer. A background module for instructional interaction, a database for instructional interaction and an item input module with an input interface are all arranged in the background server. Therefore, the mutual evaluation method can effectively avoid the defects of the prior art that the interactive testing can only be conducted in a spot check that comprehensive interaction is impossible and the interaction effect is greatly restricted.

The apparatus comprises: mobile test terminal, local smart card data processor, remote smart card leading-in unit, smart card resource scheduling unit, transmission management unit, and transmission network. The remote smart card is used to start up and initialize the physical smart card, and to make the physical card enter into running state; the mobile test terminal either is connected to the mobile communication network via air interface or interacts the smart card data via the local smart card data processor; the local smart card data processor is connected to the remote smart card leading-in unit via the transmission network in order to get the physical smart card resources.

The invention provides an interactive testing system. The system comprises a server, a plurality of clients, a parameter setting module, a monitoring module, a sorting module and a plurality of testing machines, wherein the server comprises a database and a judging module which is used for judging whether a product to be tested passes a test; the clients are used for storing, transmitting and processing data information, and each client comprises a middle database which is used for storing data information transmitted in the operation process of the system; the parameter setting module is usedfor marking the state of the system in the operation process; the monitoring module is used for monitoring the process state marked by the parameter setting module and sending out an action command corresponding to the process state; the sorting module is used for arraying data of product property information in the system into a standard file according to a certain format; and each testing machine is provided with a control production module. The system adopts an information interactive test and has more stable performance and higher speed. For data in different states, the system can trackeach step of the test, thereby improving the performance and the speed of the testing.

The embodiment of the invention provides an application test method, apparatus and device and a storage medium, and relates to the technical field of networks. The application test method comprises the steps: respectively obtaining the attribute information corresponding to a plurality of clients after a test program is started, wherein the client is a client which operates in cooperation with each other; according to the attribute information, respectively constructing a starting module for calling each client; and in the testing process, calling a client corresponding to each starting moduleby utilizing each starting module. According to the application test method, the application can be automatically tested, and the corresponding operation behavior in the test program is executed fortesting, and the technical problem that in the prior art, only single-end automatic testing can be performed on the application through Appium is solved, and multi-end testing that multiple clients are matched with one another is realized, and the testing efficiency and the accuracy of interactive testing are improved.

The invention provides a machine learning model framework development method and system based on a containerization technology, and the method comprises the following steps: machine learning model development: building a corresponding machine learning model, building a model in a programming mode, and submitting a corresponding code to a code warehouse; model interactive testing: selecting proper test data to verify the developed machine learning model; model parameter optimization and monitoring: directly calling the successfully debugged and verified machine learning model and parameters by other users, achieving optimal machine learning model training and result monitoring by parameter adjustment on the code level, and finally, acquiring a machine learning model and parameters for deployment. According to the invention, the cross-platform extensible deployment implementation capability is realized through the containerization technology.

A method that incorporates a detailed, precise procedure of designing a user interface by utilizing agent behavioral models. This method applies quantitative and qualitative agent behavioral models derived through the Categorize Describe-Model (CDM) methodology to the iterative design stage of interface development. The method includes: (1) categorizing at least two users; (2) validating targeted user behaviors and preferences; (3) capturing emergent behaviors and preferences; (4) tracking design requirements and implementations; (5) accommodating diversity in performance and preference during interactive testing; and (6) customizing a user interface design to each of the at least two users.

A system and methods are provided for robot-assisted, interactive testing of electronic circuits comprising a test fixture comprising a robotic arm, a probe, and a bracket configured to hold a unit-under-test, wherein the probe is configured to be mounted on the robotic arm and to perform a probe action, and a computer system communicatively connected to the test fixture and comprising a graphicsdisplay, a user input device. The computer system is configured to present on the graphics display a logic schematic of the unit-under-test, to receive a user selection of a target element shown on the logic schematic, to determine the corresponding physical location on the unit-under-test of said element, to move the probe to the physical location of the target element, by means of the robotic arm, and to perform one or more probe actions.

This invention relates to one handle electron device interacting test method through one remote servo for operation, which comprises the following steps: firstly starting handle electron device test software and connecting with remote servo through wireless transmission; receiving test data from remote servo and then receiving one edge of test data and order to generate one answer data; finally sending answer data to remote servo. This invention method can receive one batch of read data and one statistic data from remote servo.

Disclosed is an interactive testing method. Multiple client terminals are grouped according to user roles, wherein each group comprises the client terminal of more than one type; resources in a server of the more than one client terminal in a first group to which a user role corresponds are updated simultaneously, wherein the resource updated by each client terminal in the first group is different; more than one client terminal in other groups except the first group downloads the resource updated by each client terminal in the first group from the server to obtain a download result, wherein the download result comprises download success and resource inexistence in the server; the first client terminal with the download result being download success analyzes the newly downloaded resource to obtain a first testing result; and the second client terminal with the download result being resource inexistence in the server obtains a second testing result according to an update operation executed by more than one client terminal in the first group. The efficiency of testing the compatibility of the interactive software product to client terminals of different types is improved.

The invention discloses an English translation test system, which comprises a grading test module used for calling corresponding word translation test data, sentence translation test data, paragraph translation test data and article translation test data in a material library according to a translation test target selected by a user to generate a corresponding test level set, test level arrangement is completed; the interactive testing module is used for testing English translation in a scene simulation + online mode, during testing, the teacher side generates corresponding test questions in a mode of randomly inputting Chinese texts / English texts / Chinese audios / English audios, and the student sides need to complete answering of the corresponding test questions within preset time; and the targeted test module is used for generating a corresponding targeted test level set according to the test results of the analysis test module and the interactive test module. The method has the advantages of being diversified in test mode, high in interestingness and high in test efficiency, and meanwhile effective feedback and utilization of test results can be achieved.

The embodiment of the invention discloses a testing method, device, equipment and storage medium of an Internet of Things platform. The method includes: receiving a device control command sent by a simulated application, and sending the device control command to the simulated device; wherein, the simulated application is a simulated application generated according to configuration and suitable for an Internet of Things platform; obtaining the simulated device Responding to the execution data obtained by the device control instruction; returning the execution data to the simulation application for the simulation application to determine the execution result of the device control instruction according to the execution data, so as to test the Internet of Things platform. By running the technical solutions provided by the embodiments of the present invention, it is possible to solve the problem of interactive testing between actual equipment and the Internet of Things platform when testing the Internet of Things platform. The complexity of the test and the cost of the test are improved, and the effect of reducing the operational complexity and test cost of the IoT platform test is achieved.

The invention relates to the field of communications and discloses an application evaluation method. The method comprises the steps of providing virtual machines corresponding to various devices; receiving an uploaded application; when an instruction of debugging or testing the uploaded application is received, allocating an applied virtual machine to the uploaded application according to a virtual machine application request proposed by a user; and debugging or testing the uploaded application in the allocated virtual machine, and feeding back a debugging or testing result to the user. The invention furthermore provides an application evaluation apparatus. Compared with the prior art, the method and the apparatus have the advantages that the application can be subjected to real-time interactive testing or debugging, and large amounts of testing machines do not need to be input and purchased, so that the cost can be reduced.