248 results about "Test performance" patented technology

A computer-implemented method is disclosed for transforming academic test performance into personalized feedback and learning recommendations. The method involves presenting an academic test to a user via a user interface of an online learning platform and receiving the user's submitted answers. The system accesses input parameters including historical user-performance data, correct answers, and coaching session data. The user's responses are compared with the correct answers to identify incorrect responses. A prompt generator creates a prompt to guide and constrain an AI engine in analyzing the test responses. The AI engine correlates the incorrect responses with historical performance data and coaching session information to detect learning patterns or recurring errors. Based on the identified patterns, the system generates personalized feedback and targeted learning recommendations to address specific learning gaps. The method enables adaptive, AI-assisted post-assessment guidance, improving learning outcomes through individualized support.

The invention discloses an operation planning optimization modeling enhancement method, which comprises the following steps of: based on an operation planning optimization problem text file, constructing a structured problem representation containing a dependency relationship between constraints and original semantic information; according to the structured problem representation, executing logic consistency deduction by constructing and solving forward and reverse problem pairs, and generating a forward modeling result and a reverse verification set; performing multi-dimensional verification on the forward modeling result to identify potential modeling defects, and generating a structured counter-example test set for the potential modeling defects; and integrating the test performance of the reverse verification set and the structured counter-example test set, evaluating the credibility of the forward modeling result, and generating a final optimization model and a credibility evaluation report. According to the method, the logic preciseness and credibility of the automatic generation model can be improved, and quantitative reliability evaluation is provided for the model.

The invention belongs to the technical field of central control screen performance testing, and particularly relates to a new energy automobile central control screen performance testing device which comprises a dynamic extreme environment reproduction cabin, a bionic man-machine interaction behavior simulator, a multi-modal parameter synchronous acquisition array, an intelligent decision-making level analysis and evaluation engine and a holographic visualization decision-making support terminal. Physical environment support is provided through the dynamic extreme environment reproduction cabin, environment parameters of the dynamic extreme environment reproduction cabin are synchronized to the multi-modal parameter synchronous acquisition array in real time through the CAN bus, and operation data generated by the bionic man-machine interaction behavior simulator and performance indexes acquired by the multi-modal parameter synchronous acquisition array are preprocessed by the edge computing node and then are transmitted to the multi-modal parameter synchronous acquisition array. The holographic visual decision support terminal is transmitted to the intelligent decision level analysis and evaluation engine through the gigabit Ethernet, and an evaluation report generated by the intelligent decision level analysis and evaluation engine drives the holographic visual decision support terminal to display a result, so that the construction of a closed-loop test system is realized, the test efficiency and the performance evaluation accuracy are remarkably improved, and the automation level and the intelligent level are high.

The invention relates to the technical field of building thermotechnical testing, solves the technical problem that in the prior art, due to the fact that an experimental environment lacks the sky background radiation cold effect, the accuracy of enclosure structure performance testing is low, and provides an enclosure structure performance testing method and system coupled with the sky cold and hot radiation effect. The method comprises the following steps: establishing an equivalent sky effective temperature control model according to a meteorological database; acquiring test environment parameters through a test environment parameter control module according to the equivalent sky effective temperature control model; acquiring real-time test data of the enclosure structure test piece under the control of the test environment parameters through a test data acquisition module according to the test environment parameters; and analyzing the real-time test data through a test data analysis module to obtain a test result. The controllable equivalent sky effective temperature model is introduced, and the problems that in the prior art, the sky background radiation cold effect is lacked, and the deviation between the test result and the actual building service environment is large are effectively solved.

The invention relates to a chip evaluation report generation method and device, a storage medium and electronic equipment, and relates to the technical field of artificial intelligence, and the method comprises the steps: determining a to-be-tested chip and to-be-tested performance associated with the to-be-tested chip, obtaining original chip performance data corresponding to the to-be-tested chip and a historical test report example associated with the to-be-tested performance; based on a preset report outline generation model, according to the to-be-tested performance and the historical test report examples, generating a test report outline corresponding to the to-be-tested chip; generating a performance test result according to the original chip performance data based on the content generation large model, and mapping the performance test result to a test report outline to obtain an original chip evaluation report; and evaluating the original chip evaluation report based on a preset report evaluation model to obtain a report evaluation result, and determining a target chip evaluation report according to the report evaluation result and the original chip evaluation report. According to the invention, the generation efficiency of the evaluation report is improved.

The invention relates to the technical field of fuel cells, in particular to a fuel cell gas diffusion layer performance comprehensive evaluation method and system and electronic equipment. The method comprises the following steps: acquiring multiple evaluation parameters of a target gas diffusion layer in the fuel cell under an actual working condition; wherein the multiple evaluation parameters comprise a polarization test performance parameter, an electrochemical impedance spectroscopy test performance parameter and a heat conduction test performance parameter; and obtaining a pre-constructed comprehensive evaluation model, and substituting the multiple evaluation parameters into the comprehensive evaluation model to obtain a comprehensive evaluation result of the target gas diffusion layer. Therefore, according to the fuel cell gas diffusion layer performance comprehensive evaluation method and system and the electronic equipment provided by the invention, the problem that an existing evaluation system only measures a single function and neglects a synergistic effect is fundamentally solved, comprehensiveness of evaluation dimensions is realized, designers can be helped to avoid overview decision errors, and the evaluation precision is improved. And a clear basis for model selection or GDL structure optimization guidance can be provided for designers.

The invention discloses a paper tape wear resistance testing machine, which relates to the technical field of wear resistance testing equipment, and comprises a winding assembly mounted at one end of a rack and used for winding a paper tape. According to the wear resistance testing machine for the paper tape, the cooling mechanism, the cooling plate and the leveling roller extrude and cool the paper tape, and meanwhile, the swing plate rotates and swings back and forth to generate airflow, so that residual heat on the paper tape is taken away by the airflow, and the influence on the test performance of the paper tape due to expansion of the surface of the paper tape caused by friction is avoided; fibers can be helped to recover to the original state through cooling, the possibility of breakage of the paper tape is reduced, when the paper tape is accidentally broken, the breakage condition of the paper tape is reflected through the triggering mechanism, the limiting mechanism is triggered to press the broken and retracted end of the paper tape, the broken end of the paper tape is prevented from continuing to retract, the downtime is shortened, the test is rapidly recovered, and the test efficiency is improved. Abnormal abrasion of the workpiece or long-time interruption of data recording can be reduced, the accuracy of a test result is ensured, and the influence of test delay on the whole progress is reduced.

The invention discloses a device and a method for testing the performance of a dynamic pressure sensor in a high-temperature environment, belongs to the technical field of pressure measurement, and aims to solve the problem that the dynamic response characteristic and the measurement precision characteristic cannot be quantitatively evaluated when the dynamic pressure sensor performs dynamic pressure measurement in the high-temperature environment. The method comprises the following steps: firstly verifying the characteristics of a tested sensor in a normal-temperature working mode based on a pipe wind tunnel, and then in a high-temperature working mode, utilizing the characteristic that the influence of airflow temperature on the pressure output of the sensor is negligible, according to the in-situ actual measurement output of a post-wave total pressure sensor, and according to the relationship between the post-wave total pressure and the wave-front total pressure, calculating the wave-front total pressure of the tested sensor. And the theoretical value of the high-temperature-state wavefront total pressure is used as a standard given value of the tested sensor adopting a pressure guiding pipe mode in a high-temperature working mode. According to the method, corresponding theoretical support can be provided for the standard pressure and the environment temperature, and the standard pressure and the environment temperature can be adjusted.

The invention discloses an effectiveness evaluation method and device for a test case, equipment and a storage medium. The method comprises the following steps: acquiring relevant parameters of a test case during execution, wherein the relevant parameters comprise defect relevant parameters, test cost relevant parameters and an environment scene; analyzing the defect related parameters to obtain a defect capture rate of the test case during execution; analyzing the related parameters of the test cost to obtain the test cost of the test case during execution; and determining a test efficiency value of the test case based on the defect capture rate, the test cost and the environment adaptation coefficient corresponding to the environment scene. According to the method, the related parameters of the test case during execution are obtained and analyzed, so that the test efficiency value of the test case can be obtained, and the efficiency of the test case is determined.

The invention belongs to the technical field of high-temperature heat pipe heat transfer performance testing, and particularly relates to a high-temperature heat pipe performance testing device and method under the microgravity condition. The device comprises a heat pipe performance test body, a test cabin, a protection recovery system and a high-altitude carrying platform, the heat pipe performance test body is arranged in the test cabin, and the high-altitude carrying platform comprises a lift-off mechanism and a release mechanism and is used for sending the test cabin to an airspace at a specified height and releasing the test cabin to realize free falling of the test cabin. The protection recovery system adopts two-stage deceleration buffering to protect the test cabin. The device has the advantages of being controllable in cost, long in microgravity time and capable of being repeatedly used, performance testing of the large-length-diameter-ratio heat pipe under the simulated space microgravity environment can be carried out, and the performance of the high-temperature heat pipe under the real working condition can be accurately and comprehensively evaluated; the device is especially suitable for testing the starting characteristic, transient and steady-state characteristics and temperature uniformity of the high-temperature heat pipe under the microgravity condition.

The present invention provides a method for testing and evaluating the performance of a pre-embedded bolt sleeve interface of a wind turbine blade, wherein the method comprises: obtaining blade root connection parameters of the pre-embedded bolt sleeve interface to be tested, and calculating the bolt axial force on a single bolt according to the blade root connection parameters; wherein the blade root connection parameters include: blade root fatigue load when R=-1 under 10 million times, number of bolts, blade root axial force, blade root limit load and blade root pitch circle diameter; calculating the static strength safety factor of the pre-embedded bolt sleeve interface according to the bolt axial force; obtaining a blade root fatigue load matrix of the pre-embedded bolt sleeve interface to be tested, and obtaining the corresponding fatigue strength according to the blade root fatigue load matrix; wherein the blade root fatigue load matrix includes: stress amplitude, stress mean and number of cycles; calculating the damage factor of the pre-embedded bolt sleeve interface according to the fatigue strength; and obtaining the test performance of the pre-embedded bolt sleeve interface according to the static strength safety factor and the damage factor of the pre-embedded bolt sleeve interface.

The invention relates to the technical field of fiber performance testing, in particular to a polyurethane elastic fiber bundling performance testing device which comprises a control frame, the bottom end of the back of the control frame is fixedly connected with an adjusting bottom frame, and the bottom end of the control frame and the bottom end of the adjusting bottom frame are fixedly connected with a supporting base. The front face of the control frame and the back face of the adjusting bottom frame are each provided with a testing assembly, and the surface of the adjusting bottom frame is sleeved with a protection assembly. According to the polyurethane elastic fiber bundle testing device, through the arranged testing assembly, the device can conduct more adaptive analog performance testing operation on polyurethane elastic fiber bundles, in the actual using process, polyurethane elastic fibers penetrate through a positioning ring sleeve on the surface of a limiting sliding seat, then the two ends of the polyurethane elastic fibers are connected with the positioning ring sleeve, and the two ends of the polyurethane elastic fibers are connected with the limiting sliding seat. And according to the internal and external states of the optical fiber bundle, the optical fiber bundle is adaptively bound on the dynamometers at one ends of the outer ring cylinder, the central ring cylinder and the central inner cylinder in the first test sleeve and the second test sleeve.

The application discloses a test method, device, equipment, storage medium and product, and belongs to the technical field of artificial intelligence. The method comprises the following steps: obtaining a test sample; performing target identification processing on the test sample to obtain identification information corresponding to the original sample and the adversarial sample respectively; obtaining sample information corresponding to the original sample and the adversarial sample respectively; determining at least one test performance index corresponding to the target identification processing based on the sample information and the identification information; and determining a test result corresponding to the target identification processing based on the at least one test performance index. The embodiments of the application can be applied to various scenes such as cloud technology, artificial intelligence, intelligent transportation, auxiliary driving and vehicle-mounted application. The sample information and the identification information corresponding to the original sample and the adversarial sample are combined to determine the at least one test performance index to comprehensively measure the robustness of the target identification processing, so that a comprehensive and accurate test result is obtained, and the accuracy of the test performance index, the accuracy and the scientificity of the test result are improved.

The application discloses a kind of multi-modal feature fusion knowledge tracking methods for computer programming test, belong to the field of intelligent education.There is following step: (1) collection and arrangement university computer programming test and student's test record, artificial marking label, constructs programming test knowledge tracking dataset Buddy.(2) design hypergraph network structure fusion test rich text information and multi-knowledge point label information.(3) utilize relationship graph network to depict the educational relationship between student, test and knowledge point, and obtain the feature representation of the three kinds of objects fused dependence by network iteration update.(4) effective fusion of multi-modal features is carried out using self-attention mechanism, and integrated into the knowledge tracking model designed by oneself, analyze student knowledge state and predict test performance.The method of the application fuses multi-modal information in computer programming test and student test record to help the model improve performance, and has high use value.

The invention discloses a power distribution network topological structure construction method and system adaptive to a double-high characteristic, and relates to the field of topology, and the method comprises the steps: collecting double-high characteristic data through a sensor, building an evaluation system, and calculating a node comprehensive influence index; k-means clustering grouping is carried out based on the index and the geographic position, an intra-group minimum spanning tree initial topology is constructed with the transformer substation as the center, and dynamic adjustment is carried out after simulation verification; then, the inter-group power exchange requirement is determined according to the load and new energy characteristics, and the optimal contact topology is determined through multi-objective optimization; and finally, the intra-group topology and the inter-group topology are integrated to form a complete structure, and a verification model is established to test the performance under different scenes. The method has the advantages that the challenges of high-proportion new energy and power electronic equipment are effectively coped with and stable and efficient operation of a power distribution network is guaranteed by comprehensively collecting double-high data, scientifically clustering nodes, hierarchically optimizing intra-group and inter-group topologies and combining double-high scene simulation dynamic adjustment and performance verification.

A kind of comprehensive testing device for nuclear power plant control system relay fuse, it is characterized in that: including tester native, special-shaped heat pipe heat dissipation shielding module, magnetic interface conversion module, measured relay / fuse, external computer, external power supply;External power supply, measured relay / fuse, external computer are connected with tester native through shielding layer panel;External power supply powers tester native, external computer issues instruction to control tester native;Magnetic interface conversion module is connected with tester native, shielding layer panel.Connecting with tester native, shielding layer panel through magnetic interface conversion module, the stable and reliable work of relay fuse testing device in strong ionization environment is guaranteed;At the same time, through a series of design, it is guaranteed that the heat dissipation performance and electrical performance of relay fuse testing device are not influenced by shielding measure, the test function and test performance of relay fuse testing device are effectively guaranteed without discount.

The invention discloses a production scheduling method of a test fixture, electronic equipment, a storage medium and a program product, and relates to the technical field of test fixture scheduling, and the method comprises the steps: obtaining order information and resource information, the order information comprises a test priority corresponding to a test task, and the resource information comprises the test priority corresponding to the test task; the resource information comprises the test performance of the at least two test jigs and the station configuration of the test station, processing the order information and the resource information by using an automatic production scheduling model, and generating a production scheduling scheme with the maximum test efficiency under the condition of meeting the limit conditions corresponding to the test performance, the test priority and the station configuration. By comprehensively considering the characteristics of the test task, the test fixture and the test station, the automatic production scheduling model can generate the automatic production scheduling scheme based on the multi-dimensional information, the accuracy of the target production scheduling scheme under the function test scene is improved, and thus the test efficiency when the test task is executed is improved.

The invention discloses an underwater motor load simulation test device, which comprises a water tank and an axial force loading system, and is characterized in that the axial force loading system is sequentially connected with a pushing and twisting assembly, a front connection telescopic sealing assembly and an output load system; the actual working condition of the underwater motor in the underwater operation process can be simulated, a reference basis is provided for test performance verification of the underwater motor, and high economic value and social benefits are achieved.

The invention relates to a battery piece electrical performance testing method and device, a storage medium and a battery piece testing machine, and the method comprises the steps: enabling a probe of the battery piece testing machine to be in contact with a whole spliced battery piece, and obtaining the testing performance data of the whole spliced battery piece and the testing performance data of a half battery piece; according to the test performance data of the half battery piece, analyzing to obtain performance index reference data; determining a performance index coefficient according to the test performance data and the performance index reference data of the spliced whole battery piece; and correcting the test performance data of the half battery piece according to the performance index coefficient to obtain corrected performance data of the half battery piece. When performance detection is carried out on the half battery piece, the half battery piece is spliced into the whole battery piece to obtain data, the performance index coefficient is analyzed to correct the test performance data of the half battery piece, and the test accuracy of the sliced battery piece is improved.

The invention relates to a PCBA detection method and system. The method comprises the following steps: injecting an alternating current excitation signal to a preset test point on the PCBA when the PCBA is not powered on; collecting a first voltage-current response curve; constructing a corresponding feature vector, and inputting the feature vector into a pre-trained machine learning classification model to obtain a power failure diagnosis result; collecting a first electric signal of the key node in a power-on working state of the PCBA; constructing a first feature vector used for representing the operation state of each key node; inputting the first feature vector into a pre-trained isolated forest model to obtain a power-on diagnosis result; based on the power-down diagnosis result and the power-on diagnosis result, establishing a test performance database in which test item results and fault features are recorded, and based on the historical fault frequency in the test performance database and the fault features obtained in real time, dynamically reordering the test items which are not executed, and updating the current test sequence. The intelligent test process is realized, and the detection efficiency is improved.

The invention discloses a method for improving test panel welding test performance result accuracy. The method comprises the following steps that temperature measuring points C are sequentially arranged outwards perpendicular to a workpiece welding seam, and temperature measuring devices are installed at the temperature measuring points C; welding the workpiece, and recording a temperature curve of the workpiece until the temperature of the temperature measuring point C is cooled to 50 DEG C; temperature measuring points C'are sequentially arranged outwards in a manner of being perpendicular to the weld joint of the test plate, and temperature measuring devices are mounted at the temperature measuring points C '; the temperature measuring point C'of the test plate corresponds to the temperature measuring point C of the workpiece, and the distances between the correspondingly arranged temperature measuring points and the center of the welding seam are equal; the test plate is welded, the test plate is rapidly cooled through an accelerated heat conduction device, and the welding temperature is recorded till the temperature of a temperature measuring point C'is cooled to 50 DEG C; the peak temperature of the temperature measuring point and the time for cooling the peak temperature of the temperature measuring point to 50 DEG C are the same or similar; and carrying out physical and chemical property test on the welded test plate. The method has the beneficial effects that the impact toughness of the test plate is similar to that of a workpiece, and the method is used for guiding field production line welding process design and optimization.

A system can comprise a processor and a memory that can store executable instructions that, when executed by the processor, facilitate performance of operations comprising, testing performance of at least a first patch, without modifying at least the first patch, prior to releasing at least the first patch as a customer-facing resource. The testing can comprise an efficiency phase, wherein a first snapshot of a computing system corresponding to a first point in time can be generated after an initial setup of the computing system. The testing can further comprise an incompatibility phase, wherein a second snapshot of the computing system corresponding to a second point in time, generated after installing at least the first patch applicable to update the initial setup to an updated setup, can be made accessible via the cloud storage, enabling an authorized user to set up the computing system according to the updated setup.

The application discloses a performance detection method and device for service change code, a medium and a product, and relates to the technical field of software testing. The method comprises the following steps: acquiring performance analysis data corresponding to a plurality of stable software version branches of a target service running online respectively and generating stable performance fingerprints corresponding to the stable software versions respectively; determining that a target software version branch of the target service has undergone offline code change, generating test performance analysis data corresponding to the target software version branch according to a new version of the target service code and a to-be-tested performance fingerprint corresponding to the test performance analysis data; selecting a target stable performance fingerprint from the stable performance fingerprints, comparing each to-be-tested function call association feature in the to-be-tested performance fingerprint with each benchmark function call association feature in the target stable performance fingerprint, and obtaining a performance detection result. The technical scheme of the embodiment of the application can realize automatic performance risk assessment and interpretable early warning, and improves delivery quality and stability.

The present application relates to the field of electronic information technology, and relates to a method for testing performance of an oscilloscope through a LabVIEW software platform, which utilizes a signal generator to generate a Lissajous signal, utilizes a digital oscilloscope to receive two signals with fixed frequency ratio and phase difference generated by the signal generator, then fits the two signals to generate a Lissajous figure, collects data by means of a LabVIEW software platform designed automatic acquisition program, and generates a clear Lissajous figure observable in details by using Orign drawing software. In this process, only the noise interference of the oscilloscope itself will affect the curve smoothness of the final Lissajous figure, so the final result can reflect the performance of the oscilloscope to a certain extent.

The invention relates to a method and device for obtaining performance test overhead, a storage medium and electronic equipment, and the method comprises the steps: obtaining a test function for the performance test overhead, and setting a switch control function for the test function; the test function is operated based on the switch control function, and the basic overhead of the test function during operation is obtained; aiming at each to-be-tested performance tool, respectively embedding an instrumentation function corresponding to the to-be-tested performance tool into the test function to obtain a to-be-tested overhead test function corresponding to the to-be-tested performance tool; executing the to-be-tested overhead test function based on the switch control function, and respectively obtaining a first overhead for starting the instrumentation function in the to-be-tested overhead test function under the condition of no load and a second overhead for starting the instrumentation function under the load; and obtaining performance test overhead based on the basic overhead, the first overhead and the second overhead. The test accuracy of the to-be-tested application program can be improved.

The invention discloses a small gas turbine experiment testing device which comprises a turbine shell and a shell assembly and further comprises a turbine rotor. The turbine rotor comprises a turbine shaft and a turbine disc arranged on the turbine shaft in a sleeving mode, and the turbine disc is located in the turbine shell. One end of the turbine shaft extends out of the shell assembly; a flow guide part is further installed in the turbine shell, an annular cavity is formed among the flow guide part, the turbine disc and the turbine shell, an annular cavity outlet is further formed in the turbine shell, and the annular cavity outlet is communicated with the annular cavity. According to the testing device for the small gas turbine test, the internal structure is simplified, the structure is compact, the connection strength is high, interference of external factors can be effectively reduced, energy loss except for a tested piece is reduced, and the influence of external loss on a test result is reduced. The turbine performance test can be conveniently carried out, and the gas turbine test performance of a small rocket engine can be obtained.

A processor may receive at least one test application corresponding to an application profile. The processor may simulate the at least one test application in a non-production environment for a plurality of infrastructure configurations to generate a plurality of test performance results. The processor may evaluate the plurality of test performance results to identify an optimal infrastructure configuration from among the plurality of infrastructure configurations for the application profile. The processor may apply the optimal infrastructure configuration to an application corresponding to the application profile that is deployed in a production environment.

The application discloses a kind of based on acceleration sensor's automobile safety air bag gas generator performance test method, utilize rigid container, piston, high-speed camera, refrigeration type infrared thermal imager, pressure sensor, acceleration sensor, data recording device;Through the linear motion of piston, indirectly measure the energy that air bag gas generator combustion converts into gas kinetic energy, through the temperature change of gas and air bag gas generator metal shell, indirectly measure the energy that air bag gas generator combustion converts into gas internal energy and converts into air bag gas generator metal shell internal energy, and obtain effective work ratio, and can monitor whether the test process produces flaming and the highest gas temperature around air bag gas generator inflation hole.The present application has reliable theoretical basis, convenient operation, accurate measurement result, provides the test and solution method of multiple-dimension air bag gas generator performance evaluation index, and provides certain technical support for actual research and production.

The utility model discloses a fastener tensile test tool, relates to the technical field of tensile test performance test tools, and is suitable for testing fasteners of various specifications while improving the test efficiency. A fastener tensile test tool comprises a tensile plate and a tensile assembly. The number of the stretching plates is two. The center positions of the two stretching plates are respectively provided with a through hole matched with the specification of a fastener to be tested. And a tested fastener passes through the through holes on the two stretching plates to connect and fix the two stretching plates. The stretching assembly comprises two sets of force bearing mechanisms. And each group of force bearing mechanism is connected with one stretching plate. The force bearing mechanism can drive the two stretching plates to be away from each other. The two stretching plates can be driven to be far away from each other through the stretching assembly, then a stretching test is conducted on the fastener connecting the two stretching plates, fastener test data recording can be conducted through the magnitude of force applied to the stretching assembly, and testing of fasteners of various specifications can be achieved by adjusting the thickness of the stretching plates.

The invention relates to a heterogeneous network-oriented ad hoc network radio station intelligent test system and method, belongs to the technical field of ad hoc network communication equipment test, and solves the problems of low heterogeneous network ad hoc network test efficiency and poor scene adaptability in the prior art. The system specifically comprises an environment sensing unit used for collecting environment data; the heterogeneous network unit comprises a first ad hoc network radio station module, a second ad hoc network radio station module and a 5G base station module, and is used for configuring initial working parameters of each module and constructing a heterogeneous network environment; the intelligent test terminal module is used for issuing a test data packet generated according to the environment data to the first ad hoc network radio station module, and performing ad hoc network performance test by capturing test data of a second radio station module or a 5G base station module of a heterogeneous network link; and the test module is also used for adjusting the working parameters of each module according to the tested performance index value so as to obtain the performance extreme value of the heterogeneous network unit in the current environment, thereby realizing the environment-adaptive ad hoc network test.