24 results about "Interactive testing" patented technology

The invention discloses an interaction test method for gait simulation of a humanoid robot, which is applied to a test platform. Comprising the following steps: controlling a current gait simulation model corresponding to a virtual robot to perform a gait simulation test in a virtual test environment in a current preset time period; the virtual test data is sent to the physical robot; controlling the physical robot to execute corresponding gait operation according to the virtual test data in the actual test environment, and sending the actual test data to the virtual robot; updating the current gait simulation model based on the virtual test data and the real test data; and continuing to perform the gait simulation test based on the updated gait simulation model, and ending the updating operation until the gait simulation test is ended, so as to generate a complete gait scheme. Therefore, by constructing a closed-loop interaction mechanism between the virtual robot and the physical robot, dynamic adjustment of the gait simulation model is achieved, the gait of the physical robot is restored, and the stability and precision of the gait of the physical robot are improved.

The present invention belongs to the field of virtual character generation and relates to interactive testing technology, which is used to solve the problem that the existing technology cannot generate virtual characters for simulation training. Specifically, it is a virtual character interaction design generation method based on multimodal perception, including a character generation sub-method and a test optimization sub-method; the character generation sub-method includes the following steps: "Virtual image setting conception": setting basic parameters of the virtual character, the basic parameters include image style, category, positioning and basic information, the basic information includes gender, age, appearance characteristics and personality characteristics, realizing first-person perspective roaming and device interactive operation, allowing users to operate virtual devices; the present invention can simulate gas stations, oil depots and other depot scenes, and can also develop emergency accident scenes for simulation training. At the same time, it combines key technologies such as 3D modeling and emergency simulation to ensure training effects.

The invention provides an interaction test method and system for a hybrid vehicle driving controller, and the method comprises the steps: obtaining an input signal which comprises a vehicle state signal and an operation signal; inputting the input signal to a preset signal simulation model, so that the signal simulation model simulates and generates a plurality of corresponding CAN signals and a plurality of corresponding IO signals according to the input signal; inputting the plurality of CAN signals and the plurality of IO signals to a vehicle control unit, so that the vehicle control unit carries out operation processing on the plurality of CAN signals and the plurality of IO signals, generates corresponding torque request messages and respectively sends the torque request messages to an engine controller and a motor controller; acquiring a plurality of response signals output by the engine controller and the motor controller; and comparing the plurality of response signals with a preset output result so as to judge whether the tested function of the driving control system is normal or not, thereby improving the accuracy of the interaction test of the driving controller.

The application belongs to the field of vehicles, and particularly relates to an algorithm verification system and method based on digital twinning. The system comprises four subsystems, namely a digital bench system, a physical bench system, a real vehicle bench system and an interactive terminal system. The digital bench system realizes switching and fusion of multiple working conditions and multiple scenes and input of virtual sensor data through software. The real vehicle system and the physical bench system receive input of the digital bench system through a communication connection module, thereby performing testing and outputting measured data to the interactive terminal system. The system covers three types of testing, namely pure model simulation, hardware-in-the-loop sensor data testing based on digital twinning and real vehicle interactive testing based on digital twinning. The four subsystems of the application realize interactive combination based on API, can effectively test chassis domain braking and steering performance, and can effectively verify accuracy of vehicle lateral and longitudinal control algorithms.

The invention discloses an interaction model testing method, a customer service robot testing method and electronic equipment, and relates to the field of large model technologies and model testing. The method comprises the steps that historical interaction data of an interaction model are acquired, and the historical interaction data are used for representing data generated by multiple rounds of interaction between the interaction model and a user in historical interaction events; the historical interaction data are input into the large script generation model, an interaction scene script is generated through the large script generation model, and the interaction scene script guides the interaction model to conduct interaction testing by describing the demand information of the user and the interaction scene; based on the interaction scene script, guiding the questions to generate a large model, and performing multi-round interaction with the interaction model to obtain test interaction data; and testing the interaction capability of the interaction model based on the test interaction data to obtain a test result. According to the method and the device, the technical problem of relatively poor test effect on the model in related technologies is solved.

The application relates to a testing device and method for a multi-channel high-speed low-delay interconnection interface of a silicon medium layer. The device comprises a standard testing port for interactive testing instructions, an asynchronous bypass port for directly accessing IO ports of channels of a physical layer of the interconnection interface, a built-in self-test engine for realizing loopback testing and data checking between different layers, a redundant data channel for repairing a damaged data channel, and a delay chain testing circuit for testing functions and linearity of a delay chain. The device is used for embedding and distributing testing and repairing logics in the physical layer and the link layer, realizing internal testing control without an external controller, testing and rapidly screening a sample, and ensuring the performance of the sample.

Systems and methods are provided for implementing automated user interface testing with integrated machine learning models. Systems and methods for detecting and preemptively correcting flow path errors are disclosed. Systems and methods for minimizing user input and optimizing testing efficiency are disclosed. A result dashboard is disclosed in which testing results and errors are displayed and a user may interact with interactive testing reports.

The invention discloses an intelligent processing method for automobile data, and relates to the technical field of automatic driving. Comprising the following steps: S1, constructing a simulation model: constructing a dynamic parallel simulation system through multi-source data obtained by an automatic driving fleet; s2, determining a test case: setting at least one antagonism test agent in the dynamic parallel simulation system, and performing an interaction test through the antagonism test agent to determine an effective test case; and S3, case verification: obtaining a corresponding comprehensive score according to a test result of the effective test case, screening the effective test case according to the comprehensive score, and performing live-action verification on the screened effective test case. Therefore, simulation-live-action closed-loop iterative optimization is formed, improvement of the performance of the automatic driving system can be continuously promoted, and large-scale safety application is accelerated.

The invention belongs to the technical field of flight training device undercarriage testing, and particularly relates to a flight training device undercarriage real-time interaction testing method, which is based on a Simulink and Matlab App joint simulation technology, constructs an accurate undercarriage folding and unfolding control simulation model through Simulink and designs a friendly human-computer interaction interface through Matlab App. The key problems of multi-dimensional data interaction, complex logic control, data visualization and the like are solved. On one hand, landing gear folding and unfolding working conditions including normal folding up, normal unfolding, emergency unfolding, over-control unfolding and the like can be comprehensively simulated. And on the other hand, through an intelligent man-machine interaction testing mechanism, the quality and efficiency of simulation model testing can be remarkably improved, and the comprehensiveness, interactivity and practicability of undercarriage folding and unfolding control model testing can be effectively improved.

Systems and methods are provided for implementing automated user interface testing with integrated machine learning models. Systems and methods for detecting and preemptively correcting flow path errors are disclosed. Systems and methods for minimizing user input and optimizing testing efficiency are disclosed. A result dashboard is disclosed in which testing results and errors are displayed and a user may interact with interactive testing reports.

The present application relates to the technical field of rock mechanics testing, and particularly relates to a rock tension and compression mechanics testing machine based on electromagnetic force control and a testing method, which comprises an experimental platform, a computer, an electromagnetic loading assembly and a fixing assembly for fixing a cylindrical rock to be tested on the experimental platform; the fixing assembly is installed on the upper and lower ends of the cylindrical rock to be tested, and the fixing assembly and the cylindrical rock to be tested are provided with a measuring assembly for measuring the stress and deformation data of the cylindrical rock to be tested; the electromagnetic loading assembly is arranged above the experimental platform, and the electromagnetic loading assembly generates an attractive force or a repulsive force on the fixing assembly after being powered on; the computer is electrically connected with the measuring assembly and the electromagnetic loading assembly, the computer controls the direction of the current in the electromagnetic loading assembly, so that the electromagnetic loading assembly applies a tension or a compression to the cylindrical rock to be tested fixed on the experimental platform. This solves the shortcoming that the traditional rock testing machine cannot realize efficient tension and compression rapid interactive loading, and realizes efficient and sensitive interactive testing of rock tension and compression.

The invention provides an interaction test method and device, computing equipment and a storage medium. A task generation page including a task editing control is displayed. And when the user triggers the task editing control, generating at least one interaction test task, wherein the interaction test task comprises at least one to-be-tested device identifier representing the to-be-tested device. And according to the to-be-tested device identifier in each interaction test task, determining a corresponding test node, and executing the corresponding interaction test task in parallel through each test node to obtain a task test result. And displaying a task test result of each interactive test task. The distributed test system is established by setting a plurality of test nodes, a large number of device interaction tests are achieved in an end-to-end mode, unified management and monitoring of different devices are achieved, and the efficiency of the interaction test process is improved. Meanwhile, due to the fact that the distributed system achieves distributed testing in a mode of opening up the nodes, cost is low, and high expansibility and high availability are achieved.

This invention discloses an automated testing method and related equipment for in-vehicle buttons, relating to the field of automotive electronics technology, primarily addressing the problems of poor adaptability and low stability in current automated testing frameworks. The method includes: generating a test script based on test requirements, wherein the test requirements are used to perform interactive testing of the in-vehicle buttons, and the test script includes operation steps and corresponding initial strategies; executing test operations on the in-vehicle system based on the test script, wherein the test operations are performed based on the attribute location and / or image recognition of the in-vehicle buttons; and recording the execution log of the test operations to optimize the initial strategies of the operation steps, wherein the execution log includes process data and diagnostic information of the test operations. This invention is used for the automated testing process of in-vehicle buttons.

The invention relates to the technical field of privacy compliance, and provides a client application privacy compliance detection method and device. The method comprises the following steps: receiving a client application privacy compliance detection request; determining a target application according to the client application privacy compliance detection request; performing an interaction test on the target application to trigger all to-be-tested functions in the target application; monitoring the target application in the interaction test process in real time by using a monitoring interface arranged at the client to obtain an interface calling log, interface content and interface switching time of the target application; determining execution time of the to-be-tested functions according to the interface switching time and a test sequence of the to-be-tested functions; according to the interface calling log and the interface content, whether the interface calling condition corresponding to the execution time of each function to be tested meets the privacy compliance requirement or not is judged, and a privacy compliance detection result is obtained. According to the embodiment of the invention, the privacy compliance detection precision can be improved.

A system for an automated real-time interactive testing based on user-response data including a processor of a testing support server (TSS) node configured to host a machine learning (ML) module and connected to at least one user-entity node and to at least one test-entity node over a network and a memory on which are stored machine-readable instructions that when executed by the processor, cause the processor to: provide test question data including a plurality of key elements to the at least one user-entity node; receive user response data from the at least one user-entity node; parse the user response data to extract a plurality of classifying features based on the plurality of key elements; query a local testing database to retrieve local historical tests-related data based on the plurality of classifying features; generate at least one feature vector based on the plurality of classifying features and the local historical tests-related data; provide the at least one feature vector to the ML module coupled to an Artificial Neural Network (ANN); receive a plurality of question update parameters from a test predictive model generated by the ML module using outputs of the ANN based on the feature vector; and generate an updated question based on the plurality of question update parameters.

The invention provides a cue word versioning management system and method, a medium, a terminal and a program product, and the system comprises a cue word creating module which creates a cue word and allocates an initial version number for the created cue word; the interactive test module is used for carrying out interactive test on the cue word based on an LLM Playground platform and carrying out iterative optimization on the cue word after test; the version updating module updates the version number of the prompt word for each iteration optimization according to the change category, and labels the prompt word of the specific version number; the evaluation module evaluates the optimized cue word according to a preset evaluation index so as to obtain the cue word meeting the evaluation index; and the publishing and calling module publishes the cue words meeting the evaluation indexes, and calls the corresponding cue words according to the version number or the label based on the integrated software development kit. According to the method, full-process management automation of prompt word generation, optimization, evaluation, release and monitoring can be realized, and the prompt word management efficiency is greatly improved.

The invention relates to a double-bin interactive cold and hot impact test platform, and aims to solve the problems of single sample test, energy waste, high power consumption, incapability of batch interactive test and the like of a traditional test box. The cold and hot impact test platform comprises a high-temperature bin, a low-temperature bin and an under-test material exchange area, wherein the under-test material exchange area is provided with a first storage table and a second storage table. In the test process, if the first storage table is matched with the bottom of the high-temperature bin, the second storage table is automatically matched with the bottom of the low-temperature bin. When the position of the material to be detected needs to be exchanged, the first object placing table and the second object placing table are separated from the corresponding bins through the lifting mechanism, then the positions are exchanged, and then the first object placing table and the second object placing table are matched with the corresponding bins at the moment. By means of the design, interaction testing of samples is achieved, testing efficiency is remarkably improved, energy consumption is reduced, and reliability and flexibility of equipment are improved.

This specification provides a message template determination method, apparatus, device, and medium. The method includes: determining an initial transaction message template based on the behavior prediction results of a test user group, thereby obtaining an initial transaction message; performing interactive testing on the initial transaction message, adjusting the initial transaction message template based on user comment data, and obtaining a target transaction message template; and matching the target transaction message template with a target user group to push the target transaction message to the target user group.

This invention provides an automated testing method, system, and platform for user service terminal hardware platforms, relating to the field of platform testing technology. The method includes: receiving Ethernet data packets sent by a test host and performing Ethernet frame header parsing and routing decisions; if the routing control signal is an IP packet, forwarding the Ethernet data packet directly to the external network interface; if the routing control signal is an MC packet or a TMC packet, performing protocol conversion and interactive testing on the Ethernet data packets, outputting multiple test response data streams; a data stream management module performing polling, arbitration, and merging of the multiple test response data streams, outputting a single data stream; and transmitting the single data stream back to the test host through a dual Ethernet interface module. This invention solves the technical problems of complex system structure, low testing efficiency, and low accuracy in existing user service terminal hardware platform testing technologies. It achieves the technical effect of improving the automation level of multi-interface collaborative testing and improving overall testing efficiency and accuracy.

The invention relates to a simulation TCMS system and a vehicle-mounted equipment testing method based on a MaView platform, and the system comprises an interface module which is used for configuring an interface data table file, and carrying out the assignment of a variable in the table file through the received data; the execution module is used for obtaining the assigned variable value for logic calculation and sending a calculation result to the vehicle-mounted controller system through the interface module; and the protocol configuration module is used for configuring a communication protocol with the vehicle-mounted controller system. Through application of the method and the device, the problem that the efficiency of the interaction test of the vehicle-mounted VOBC and the simulation TCMS is relatively low in the prior art is solved, and the effect of improving the efficiency of the interaction test of the vehicle-mounted VOBC and the simulation TCMS is realized.

1. Name of the product in this design: Smart Desk. 2. Purpose of this design: It is intended for use in classrooms, laboratories, training rooms, and other settings where interactive teaching is required. It allows learners to interactively view and learn the knowledge they are learning through interactive desks, complete in-class interactive tests, and engage in interactive learning through 3D virtual simulation experiments. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The invention discloses an equipment quality inspection method and device, equipment and a storage medium, and the method comprises the steps: obtaining basic data of equipment to be subjected to quality inspection in response to a request instruction for carrying out quality inspection on the equipment to be subjected to quality inspection; checking the basic data, and judging whether the checking is successful or not; if the inspection is successful, functional testing is carried out on each to-be-tested function of the to-be-inspected equipment, and whether the testing is passed or not is determined; if the test passes, performing configuration parameter verification on the equipment to be subjected to quality inspection, and judging whether the verification succeeds or not; if verification succeeds, interactive testing is carried out on the equipment to be subjected to quality inspection, so that whether the equipment to be subjected to quality inspection generates normal feedback or not is determined; and if the equipment to be subjected to quality inspection generates normal feedback, determining that the equipment to be subjected to quality inspection is qualified. According to the method, basic data, functions, configuration parameters and interaction processes of the equipment to be subjected to quality inspection are tested and inspected according to the sequence, coverage is comprehensive, follow-up use and popularization are facilitated, user experience is improved, and misjudgment of the ex-factory qualification rate of the equipment is reduced.

The application discloses an intelligent processing method for automobile data and relates to the technical field of automatic driving.The method comprises the following steps: S1: constructing a simulation model: a dynamic parallel simulation model is constructed by using multi-source data obtained by an automatic driving vehicle fleet; S2: determining a test case: at least one adversarial test agent is set in the dynamic parallel simulation model, interactive testing is performed by using the adversarial test agent, and an effective test case is determined; S3: case verification: according to the test result of the effective test case, a corresponding comprehensive score is obtained, the effective test case is screened according to the comprehensive score, and the screened effective test case is verified in a real scene. Thus, a simulation-real scene closed-loop iterative optimization is formed, and the performance of an automatic driving system can be continuously improved, and the safe application of the automatic driving system is accelerated.

The invention provides a vehicle communication link test method and device. The method comprises the following steps: acquiring an ARXML file of a vehicle; the ARXML file is analyzed, and SOME / IP communication link information of the vehicle is obtained; configuring a virtual ECU node used for communicating with the ECU node to be tested; displaying a service interface and an interface data structure in the SOME / IP communication link information in a front-end interface; under the condition that a test request sent by a user through the front-end interface is received, request parameters in the test request are converted into SOME / IP message content; sending the SOME / IP message content to the ECU node to be tested through the virtual ECU node according to the interface information in the test request, so that the virtual ECU node and the ECU node to be tested carry out an interactive test; and displaying an interaction test result of the virtual ECU node and the to-be-tested ECU node on a front-end interface. The test efficiency can be improved.