40 results about "Test order" patented technology

The invention discloses an automobile sensor multi-station test method and device and a medium, and relates to the technical field of automobile manufacturing testing, and the method comprises the steps: training a lightweight gradient boosting tree model through employing a historical test data set in combination with federal learning, obtaining a global optimization test model, and optimizing a test process through employing the global optimization test model, obtaining a parameter configuration adjustment amount and a test sequence priority, and collecting production resume data of the automobile sensor at the same time; the production resume data comprises production equipment data, process parameters, production process relationships and sensor batches; analyzing the production resume data by using a graph convolutional network to obtain production features, and fusing the parameter configuration adjustment amount, the test sequence priority and the production features to generate a self-adaptive test strategy; according to the method, the lightweight gradient boosting tree model is trained through preprocessing of the historical test data and federated learning, the global optimization test model is constructed, and the test efficiency and the resource utilization rate are improved.

The invention discloses a test case execution method and device, a storage medium and a program product, and relates to the technical field of computers.The test case execution method comprises the steps that resources needed by a first test case and first attribute information of all test steps in the first test case are used for indicating the resources needed by the first test case; and determining a first step which can be executed in combination with a second step in the main line test case in the first test case and a first execution priority of the first test case, so that when the first test case and the main line test case are executed in parallel, the similarity and compatibility among the test steps can be fully utilized; and the same test step is prevented from being repeatedly executed in a plurality of test cases. And based on the determined first execution priority and the merging identifier, the test sequence and the concurrency strategy can be dynamically adjusted. The technical problem of low test case execution efficiency in related technologies is solved, and the technical effect of improving the test case execution efficiency is achieved.

An integrated aircraft start test system integrated on an onboard maintenance system includes a data reading module to read, from the onboard maintenance system, relevant data to perform one or more start tests, a logic processing module to generate, in response to a user selection, a to-be-tested list including a subset of the one or more start tests, determine a test order of one or more start tests in the to-be-tested list based at least in part on the relevant data, and issue instructions to corresponding test execution devices to perform the to-be-tested list based at least in part on the test order, and a test result output module to display a test result of each item in the to-be-tested list in response to completion of testing of the to-be-tested list. A method of performing one or more start tests using an integrated aircraft start test system integrated on an onboard maintenance system is also disclosed.

According to embodiments of the present disclosure, a method, an apparatus, a device, a computer readable storage medium and a computer program product for an autonomous vehicle are provided. The method comprises: in response to the autonomous vehicle currently not being assigned a passenger order, determining a test order list associated with the autonomous vehicle; determining a target test order from the test order list based on an execution mode of the test order list; controlling the autonomous vehicle to travel towards a first starting point location of the target test order; and before the target test order is completed, in response to the autonomous vehicle being assigned a target passenger order, controlling the autonomous vehicle to travel to a second starting point location of the target passenger order to serve the target passenger order. Based on such a manner, embodiments of the present disclosure can improve the utilization rate of the autonomous vehicle.

The invention is suitable for the technical field of semiconductor testing, and provides a distributed ATE testing system and ATE testing equipment, and the system comprises a testing engine which is used for issuing a first event to an event bus; the first event is one of a plurality of events obtained by splitting the first test task according to a test sequence of the first test task; and the first test micro-service is used for subscribing to the first event from the event bus, processing the first event and publishing an event result corresponding to the first event after the first event is completed, so that the test engine publishes a second event to the event bus according to the event result, and the second event is a next event adjacent to the first event. By using the distributed ATE test system and the ATE test equipment provided by the invention, decoupling between the test task and the test micro-service can be realized, so that the utilization rate of the test micro-service is improved.

The goal is to reduce miscommunication between the requesting physician and the testing staff by minimizing the effort required for creating test order information. [Solution] An information processing device (HIS1) for creating examination order information for taking medical images, comprising: an acquisition unit (control unit 11) for acquiring reference image candidates; a selection unit (control unit 11) for selecting a reference image from the reference image candidates; a display control unit (control unit 11) for displaying examination order information associated with the reference image selected by the selection unit on a display unit; and an output unit (control unit 11) for outputting the reference image in association with the examination order information.

The embodiment of the invention provides a high-temperature environment testing method for an automobile power storage battery, and belongs to the technical field of vehicle testing. The method comprises the steps that a target vehicle is placed in an outdoor environment meeting a preset temperature condition for vehicle immersion; acquiring test requirements and a test working condition database, matching at least two target working conditions from the test working condition database according to the test requirements, and constructing a working condition test chain according to the target working conditions; the target vehicle executes the target working condition in sequence according to the test sequence corresponding to the working condition test chain; in the execution process of the target working condition, obtaining bus data of the Ethernet and the controller local area network of the target vehicle; test data are determined according to the bus data, a test result of the target vehicle is determined according to the test data, and the test data at least comprise state data of a power storage battery. The embodiment of the invention aims to improve the accuracy of the high-temperature environment performance test of the vehicle power storage battery.

The application discloses a kind of operating performance test systems for quartz heater, it is related to quartz heater performance detection technical field, the system discloses batch ordinary working condition data set generation module, extreme reference batch analysis module and extreme working condition operating performance test flow generation module, above-mentioned system is according to extreme working condition relationship tree and damage mechanism coupling analysis, in combination with the risk level quantified by extreme damage model, intelligent generation "low-risk priority, destructive post" test procedure, strictly follow "non-destructive→destructive, data can be reserved→easy to lose" engineering logic, avoid high-risk condition to the interference of low-risk data, make test procedure more fit the actual failure path of quartz heater, significantly reduce the sample waste and data distortion problem caused by improper test order, provide efficient, accurate technical support for production end process optimization and client reliability evaluation.

Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for accessing, by a data processing system and from a hardware device, outbound latency data and inbound latency data defining an outbound latency and an inbound latency to control a transmission of electronic test orders from a plurality of test subject devices independent of the computational powers of multiple test subject devices. The outbound latency defined by the outbound latency data is restricted to execution of electronic test orders and transmission of an electronic test order is restricted to one or more times. An execution of electronic test orders is triggered by an electronic test environment.

Embodiments of the present disclosure relate to a method, device, equipment and storage medium for managing a test task. The method proposed herein comprises: obtaining test configuration information, the test configuration information indicating a total mileage to be tested; assigning, based on the test configuration information, a set of test orders corresponding to the total mileage to a set of test vehicles; in response to a target test order in the set of test orders not being executed within a first time period, adding the target test order to a priority queue; determining, based on the priority queue, an order assignment strategy corresponding to a second time period, the order assignment strategy indicating that test orders in the priority queue are assigned in priority; and assigning, based on the order assignment strategy, the set of test orders to the set of test vehicles corresponding to the second time period. In this way, the embodiments of the present disclosure can reasonably assign test orders to multiple vehicles for testing, thereby improving the quality and efficiency of the test task.

The invention discloses a test order management method and device, electronic equipment and a storage medium, and relates to the technical field of electrical digital data processing, and the method comprises the steps: carrying out the regular inspection of an order list of to-be-delivered orders, so as to screen out to-be-established orders which do not establish a test item list file and test orders which have established a test item list file, and carrying out the verification of the to-be-established orders. For the to-be-established order, the test items can be selected according to the order information and the test item selection rule, and then the corresponding test item list file is generated according to the selection result, so that the order can be subjected to product testing according to the content of the test item list file, and the problem that the test efficiency is high in the related technology is solved. The technical problems that the test items of the orders are easy to leak or redundancy and the test quality of products is affected in the test items are adjusted according to experience are solved, and the technical effects that the test items are automatically generated, the test items of each order can meet the test requirements of the products, the test efficiency is improved, and the labor cost is reduced are achieved.

This invention discloses a method for optimizing the test path of a double-sided four-flying probe PCB, belonging to the field of path optimization technology. The method includes the following steps: importing double-sided PCB data containing test networks and test points; obtaining an initial matching scheme for the test points within each test network using a matching strategy; optimizing each initial matching scheme to obtain the test point path within the network; constructing an initial test order between test networks using a nearest-insertion heuristic algorithm; then iteratively optimizing the initial test order by introducing a local search algorithm into an adaptive large-scale neighborhood search algorithm to obtain the test order between networks; and combining the test point path within the network and the test order between networks to output the double-sided four-flying probe test path. This method for optimizing the test path of a double-sided four-flying probe PCB solves the problem that existing methods are unable to further reduce the overall movement cost.

The invention discloses a sample analysis system and a sample analysis method of an assembly line, and a loading area of the sample analysis system can be used for loading new emergency treatment test tubes when the sample analysis system is in a conventional mode. The detection assembly is used for testing the emergency test tubes under the condition that the emergency test tubes loaded in the loading area comprise detection items supported by the analysis equipment, and is also used for detecting the emergency test tubes under the condition that conventional test tubes loaded in the suspended loading area exist behind the positions of the emergency test tubes; and continuously and sequentially testing the paused conventional test tubes after the emergency test tube test. By means of the mode, the detection assembly of the analysis equipment can automatically test new emergency treatment test tubes on the loading area in a conventional mode, the time for waiting for unloading and sample injection during mode switching is shortened, and the emergency treatment efficiency is high; and the conventional test tubes loaded in the loading area are tested after the emergency test tubes are tested, so that the test sequence of an original assembly line test queue is not influenced, and the reliability of a sample analysis system is improved.

Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for accessing, by a data processing system and from a hardware device, outbound latency data and inbound latency data defining an outbound latency and an inbound latency to control a transmission of electronic test orders from a plurality of test subject devices independent of the computational powers of multiple test subject devices. The outbound latency defined by the outbound latency data is restricted to execution of electronic test orders and transmission of an electronic test order is restricted to one or more times. An execution of electronic test orders is triggered by an electronic test environment.

The invention relates to a method comprising: selecting, by a computing device, based on distance data and occupancy data, a storage unit among a plurality of storage units for storing a sample container processed by an automated laboratory system. The distance data specify a distance along a path for moving the sample container in the automated laboratory system, such that a biological sample included in the sample container is processed by the automated laboratory system according to a test order associated with the biological sample. The path comprises the storage unit. The occupancy data comprise information indicative of an occupancy of the storage unit.

The application relates to a vehicle-mounted system test method, device, equipment, storage medium and program product. The method comprises the following steps: constructing at least two initial test cases for testing a vehicle-mounted system according to train operation data of the vehicle-mounted system configured by a heavy-haul train; selecting at least two target test cases from the initial test cases according to a dependency relationship between the initial test cases, and determining an initial test order between the target test cases; adjusting the initial test order according to a test case execution time required for executing the target test cases, so as to obtain a target test order between the target test cases; and sequentially calling the target test cases according to the target test order between the target test cases, so as to test the vehicle-mounted system of the heavy-haul train. The method can improve the efficiency and reliability of testing the vehicle-mounted system.

The invention relates to a method comprising: selecting, by a computing device, based on distance data and occupancy data, a storage unit among a plurality of storage units for storing a sample container processed by an automated laboratory system. The distance data specify a distance along a path for moving the sample container in the automated laboratory system, such that a biological sample included in the sample container is processed by the automated laboratory system according to a test order associated with the biological sample. The path comprises the storage unit. The occupancy data comprise information indicative of an occupancy of the storage unit.

The embodiment of the invention provides a material test sorting method and device, electronic equipment and a storage medium. The method comprises the following steps: determining production associated information of a to-be-tested material; the production associated information comprises a material priority of the to-be-tested material in a product production process, defect information of the to-be-tested material, resource information of test equipment for testing the to-be-tested material, and production planning information of the to-be-tested material; sorting the to-be-tested materials according to the production associated information of the to-be-tested materials; and determining the test sequence of the to-be-tested materials according to the sorting result. Based on material priorities, defect information, resource information of test equipment and multi-dimensional parameters of production planning, original subjective and fuzzy manual judgment is converted into objective and unified decision. The problems of high subjectivity and non-uniform standard caused by personal experience difference in a traditional method are effectively solved, and the risk that key material testing is delayed due to subjective misjudgment is avoided.

This application relates to a method, apparatus, computer device, and storage medium for chaos testing of system processes, belonging to the field of software testing technology. The method includes: determining a directed process graph based on processes in the system and the dependencies between processes; nodes in the directed process graph corresponding to processes; determining a tree graph corresponding to the directed process graph; and for the tree graph, determining the criticality of each node; the criticality is determined based on the critical value of the node and the critical values ​​of its child nodes; the criticality is used to represent the importance of the node; and performing chaos testing on the processes corresponding to the nodes according to the process testing order corresponding to the criticality. This method can improve the testing efficiency of important processes.

The invention discloses a double-script dynamic binding and parameterization configuration method and device for intelligent electric meter production test and a medium, and the method comprises the steps: adding test items into a process according to a test sequence in a process management interface and configuring process parameters according to a preset test guidance document; and when the production test is executed, configuration of an execution environment, a pre-operation Python script, execution of a communication operation, a post-operation Python script and data analysis are completed, and the pre-operation Python script and the post-operation Python script are selectively executed based on test requirements. According to the method, a C # compiling test tool is used, the test tool is only responsible for compiling a main body framework and a public method, IronPython double-pin books are fixedly called before and after packaged test items to flexibly process various requirements, and frequent code updating and test tool issuing are avoided. Most demand changes only need to modify the IronPython script and the test process of the test item, and do not need to modify a C # source code and then release a new test tool, so that the time cost is reduced, and the test efficiency is improved.

The application relates to the technical field of nut detection, in particular to a nut anti-loosening performance vibration test method, system and device. The method assembles a nut to be tested on a lockable / unlockable test shaft, applies different pretightening forces in a preset order, and applies linear or curved track vibration through a vibration test table after unlocking, and real-time collection of shaft force and residual pretightening force data. The test order can be automatically sorted from large to small according to the pretightening force, or a custom process can be realized in response to a specified order instruction; the system supports jump test and backtracking test, and intelligently connects subsequent working conditions according to the residual pretightening force. The method can simulate various vibration environments, realize efficient, automatic and multi-working-condition-coverage anti-loosening performance evaluation, and significantly improve the test efficiency, repeatability and engineering applicability.

This invention provides a method for operating an analytical laboratory, the method comprising: recording the time of first sample identification; retrieving an order list including test orders for the samples; retrieving a degradation limit for each test order; determining a sample workflow for each sample; and issuing instructions to the laboratory instruments to execute the test orders according to the sample workflow. Determining the sample workflow includes: i) identifying target instruments capable of executing the test orders; ii) determining the sequence / timing of the test orders; iii) calculating the estimated completion time for each test order; iv) determining the delivery period for each biological sample and test order; and v) prioritizing test orders if the delivery period exceeds the degradation limit. Steps ii) to v) are repeated until, for any of the test orders, the delivery period does not exceed the degradation limit; or until steps ii) to v) have been repeated N times.

The invention relates to the technical field of semiconductor chip testing, in particular to a three-temperature testing method, device, equipment and medium for a semiconductor chip, and the method comprises the steps: firstly, providing a lambda SVR-LSTM model for the steady-state time of a to-be-tested chip at a predicted target temperature, carrying out the short-term error correction of the model through SVR, capturing a long-term time sequence relation through LSTM, and carrying out the short-term error correction through LSTM; further, the accurate steady-state time is obtained; secondly, the invention provides a three-temperature test scheduling algorithm, by optimizing a test sequence and a temperature switching strategy, the test efficiency is improved, the temperature switching frequency and time are reduced, and the energy consumption and the operation cost of test equipment are reduced; finally, the invention provides a test cost calculation function which can accurately calculate the test cost based on various factors such as total test time, equipment operation cost, temperature switching times and energy consumption.

The application provides a method, system and storage medium for automatically determining sample quality in sample nucleation, which comprises the following steps: opening a test order, printing a barcode, collecting a test sample; being connected with a medical group platform through a bidirectional interface; receiving sample information of the test sample; screening the sample information; automatically auditing the sample information; generating a sample submission application; generating a test barcode; matching the test barcode with the sample information; submitting the test sample; manually and intelligently auditing the test sample; generating a test result report; inquiring whether there is a corresponding test result report; storing the test result report; and printing the test result report. The method, system and storage medium for automatically determining sample quality in sample nucleation solve the problem of most manual identification of samples in the nucleation process, improve the auditing quality, reduce the workload and errors caused by human operation, and increase the speed of correct auditing.

The invention discloses a reliability test method and system applied to an intelligent water meter, a terminal and a medium, and the method comprises the steps: receiving a to-be-tested product, and setting core test items and a test sequence of the core test items when a test condition is satisfied; starting a test program, executing a test flow of the core test items on the to-be-tested product according to the test sequence, and automatically collecting test data corresponding to each core test item in the test process; and analyzing the test data, when the test data is abnormal, positioning a core test item corresponding to the abnormal test data, determining a reason for generating the abnormal test data, and outputting a test report. According to the method, the reliability of the core performance of the intelligent water meter is tested before mass production, so that test process standardization, parameter configuration precision, exception handling high efficiency and data tracing full-process coverage can be realized.

The embodiment of the present invention provides a method, device, monitoring server and medium for processing a test submission form, which relates to the field of cloud computing technology and can solve the problem that manual processing of a test submission form requires a large amount of manpower cost and there is a risk of omission or wrong filling. The technical solution of the embodiment of the present invention includes: when monitoring the existence of a newly added first-class test submission form on the task submission platform, obtaining the content information included in the newly added first-class test submission form, and then creating a second-class test submission form corresponding to the newly added first-class test submission form in the jira library based on the content information included in the newly added first-class test submission form, wherein the second-class test submission form is used to request testing of the program. If it is monitored that the test status of the target second-class test submission form in the jira library is completed, the identifier of the target second-class test submission form is added to the first-class test submission form corresponding to the target second-class test submission form.

A method is provided. The method comprises: accessing test order data, wherein the test order data comprise information specifying a set of clinical tests to be carried out on a biological sample, wherein the set of clinical tests comprises at least a clinical test and the biological sample is contained in a sample container; obtaining test volume data by using the test order data, wherein the test volume data comprise information specifying a test volume; and instructing a pipetting device of a laboratory instrument to draw a drawing volume of the biological sample from the sample container, the drawing volume being based on the test volume data; wherein the test volume is the volume of the biological sample needed to carry out: the clinical test, and one or more supplementary tests associated with the clinical test, whenever one or more test volume conditions associated with the clinical test are met, wherein the one or more test volume conditions comprise a condition that one or more rules require that the one or more supplementary tests shall be carried out whenever one or more supplementary test conditions on the clinical test are met.

The embodiment of the invention provides a test case processing method and electronic equipment, and the method comprises the steps: obtaining a plurality of test cases; a target distance between any two test cases in the plurality of test cases is determined, and the target distance is used for representing time required for switching between any two test cases; based on the target distance between any two test cases, determining a target test sequence of the plurality of test cases; and testing based on the target test sequence and the plurality of test cases. According to the method and the device, the technical problems of relatively high time consumption and relatively poor continuity in execution of the test case in related technologies are solved.

The application discloses a kind of automobile sensor multi-station test method, equipment and medium, it is related to automobile manufacturing test technical field, including, using historical test data set is combined with federal learning training light gradient boosting tree model, obtain global optimization test model, using global optimization test model is optimized to test procedure, obtain parameter configuration adjustment amount and test order priority, simultaneously collect the production history data of automobile sensor;The production history data includes production equipment data, process parameters, production process relationship and sensor batch;Production characteristics are obtained by using graph convolution network to analyze production history data, parameter configuration adjustment amount, test order priority and production characteristics are fused, to generate adaptive test strategy;The application is preprocessed by historical test data and federal learning training light gradient boosting tree model, constructs global optimization test model, improves test efficiency and resource utilization.