1927 results about "System testing" patented technology

An appliance diagnostic display and interface system providing a centralized user interface for appliance diagnostic information and control of system self-tests is provided. This centralized user interface is provided via an intelligent thermostat that includes an LCD display. The intelligent thermostat interfaces, via wireless or wired communications, with the appliances installed in the home. The intelligent thermostat then generates and displays various user interface screens that allow particular appliances to be selected. Separate appliance specific screens are then generated that allow the user to access the diagnostic information in system test functionality provided by the individual appliance. Soft function keys provided on the intelligent thermostat allow multi-functional access to the features of the invention depending on which screen is currently being displayed.

A network profiling system is provided including providing a base station tester having both a spectrum analyzer and a vector network analyzer, inserting an optical time domain reflectometer system in the base station tester, and operating a touch screen display of the base station tester for testing a cellular base station having both a non-optical portion and a backhaul with an optical fiber. The operating of the touch screen display further includes testing the non-optical portion with the vector network analyzer, the spectrum analyzer, or a combination thereof. The operating of the touch screen display also includes testing the backhaul having the optical fiber with the optical time domain reflectometer system, and analyzing test data from the testing the non-optical portion with the backhaul.

The invention provides an implement method of an FAQ Chinese question answering system in the tourism field. The implement method comprises the steps of FAQ collection and organization, construction of a tourism field knowledge base, user query, question analysis, answer extraction and the like, thereby realizing the FAQ Chinese question answering system in the tourism field. The implement method constructs the tourism field knowledge base-field knowledge network with the help of the idea of ontology, utilizes the KDML language to define and describe the terms and the relations of the tourism field and realizes the integration of the tourism field knowledge network and a general knowledge base-knowledge network. The invention proposes a calculation method of similarity of tourism questions on the basis, the method realizes the calculation of the similarity of the questions with the help of the characteristics of the questions of the tourism field and the combination of morphological relations, the syntactic dependency relations and the field concept semantic relations in the questions, and the method further searches the related question from a candidate question set and extracts the answer of the question based on the similarity calculation. The test result of a Yunnan tourism FAQ question answering system proves that the method is feasible and has better effect.

A system for remotely testing middleware of applications in the N-tiered model across a network. The test system contains test code generators, test engines to execute multiple copies of the test code and a data analyzer to analyze and present the results to a human user. The system is able to automatically generate test code to exercise remotely located components of the middleware using information about these components that would otherwise be available to the application under test. Multiple copies of the test code are executed in a synchronized fashion. Execution times of multiple events are recorded and then presented in one of several formats. By use of the system, an application developer can receive test results about components that represent performance bottlenecks or can be made aware of information on deployment properties of individual components that can be used to enhance the performance of the application under test.

The invention discloses a battery managing system (BMS) testing platform comprising a testing platform main control computer, a high-precision cell voltage simulator, a high-precision large-current constant-current source, a high-precision thermotank, a battery managing system to be tested, a whole vehicle controller simulator and the like which are connected by CAN buses. The battery managing system is connected with a cell box air cooling device, a vehicle relay assembly and the like. The battery managing system testing platform can truly simulate the output state of a battery, comprising single cell voltage, total voltage, charging and discharging current, temperature and the like of the battery, can complete various communication and command functions, protection functions, battery heavy current applying process between the battery managing system and the whole vehicle, and the test and the verification on the functions of overhead protection and the like of the battery. The invention can carry out testing evaluation on the data collection precision of the battery managing system, the evaluation precision of the charge state of the battery and the like.

A test apparatus and method for design verification of at least one microprocessor chip includes a compatible Joint Task Action Group (JTAG) terminal for access to a plurality of computer functional units contained in the chip. A test input terminal included in the JTAG terminal receives a scan string, the string being coupled to each computer functional unit through a first multiplexer. The scan input string is separated by the JTAG terminal under program control into a series of dedicated scan strings, each dedicated scan string being supplied to a selected functional unit through the first multiplexer. Each functional unit includes start and stop scan clocks for testing the functional under program control using the dedicated scan train for the functional unit. A test output terminal included in the JTAG terminal is coupled to each functional unit through a second multiplexer. The test results of the dedicated scan string under control of the scan clock are supplied to the output terminal through the second multiplexer. The compatible JTAG terminal includes further elements for controlling the scan clocks to select a targeted functional unit for testing purposes while the scan strings for non-targeted functional units remain in an inactive state.

Embodiments of the present invention provide methods and systems for automated distributed testing of software. A testing service may utilize a distributed architecture that provides a standardized framework for writing tests, scheduling the tests, and gathering and reporting results of the tests. Multiple distributed labs are integrated into the testing service and their environments can be centrally managed by the testing service. The testing service permits the scheduling and performance of tests across multiple machines within a test lab, or tests that span across multiple test labs. Any of the machines in the test labs may be selected based on variety of criteria. The testing service may then automatically locate the appropriate machines that match or satisfy the criteria and schedule the tests when the machines are available. The testing service may also automatically create and set up a desired test environment according to the desired specifications for the test.

The present invention bundles four ring oscillators, a 20-bit ripple counter and the necessary control logic needed to implement a JTAG scan based interface. The present system can be located on every die, so that each location can be individually tested. It communicates with the outside world through a standard JTAG interface. It is accessible at wafer, package, and system test which allows for several methods of correlating the oscillator speed to the speed of a part in the actual system.

A system for authenticating and / or authorizing users of a service includes one communication interface with an access communication channel and another communication interface with a confirmation communication channel. Requests for a user to access a service are received over the access communication channel, and confirmation codes for the user are received over a trusted confirmation channel, such as an SMS text messaging system. Confirmation codes may be received from the user requesting access to the service or by a third party acting as a gatekeeper to the service. The system tests the validity of received confirmation codes, and enables the user to access the service if a valid confirmation code is received.

A dynamic vehicle tester providing integrated testing and simulation for determining characteristics of a unit under test. Changes occurred on the unit under test are dynamically obtained, considered and incorporated in generating test conditions to be applied to the unit under test. In particular, testing of a vehicle suspension system may be accomplished.

The invention provides a safety distributed test framework system and a test method thereof. The safety distributed test framework system comprises a test data preparation module, a test execution control module, a test result evaluation module and a test middleware. The test method comprises the following steps of: establishing a test example and a test script which meet the test requirement of a large-size military hardware system according to test characteristics of the large-size military hardware system; arranging a test task so as to realize automatic execution on an isomerous operatingsystem platform during software test, and evaluating a test execution result; and expanding on the basis of a test framework according to a new test requirement so as to adapt to different test environments. The safety distributed test framework system has the characteristics of reusability, feasibility and flexibility; the characteristics are kept and the safety requirement of the large-size military hardware system is taken into consideration fully; and the safety of the system can be enhanced by testing the environment verification and monitoring the test environments when the test is realized and the system runs.

A method and device with instructions for testing a software application include creating a system model for the software application, wherein the system model includes an activity diagram, and applying one or more test annotations to the activity diagram to control test generation for testing the software application. Further, test annotations and the system model are processed to create one or more test cases, and the software application is tested using a test execution tool that uses the test cases.

A system that provides easy testing of software objects and reduces the burden on a program developer for maintaining a test system is presented. The system accepts as an input objects and automatically creates test drivers for these objects. The test objects are provided to a test bed comprising an application server where the objects are tested by application of the test drivers.In a preferred embodiment, the test bed comprises a collection of application servers. An application service provider provides the system test driver and the test bed. Access to the test system is provided by passing a representing of the object under test to the application service provided through a network interface. The application service provider provides test services on a fee for service basis.

Performance of quality assurance for a computer application development proceeds in a series of phases. Each of the phases in the QA life cycle corresponds to one or more phases in a computer application development life cycle. For example, in one embodiment, the quality assurance life cycle includes four phases—a test strategy phase, a test planning phase, a test execution phase and a rollout phase. Each phase of the QA life cycle has entrance and exit criteria. The phase can be entered when the entrance criteria have been met. When the exit criteria are met, the phase causes a gate to be closed to allow the software development life cycle to proceed to the next phase. In one embodiment, the software life cycle includes six phases—a requirements phase, a design phase, a code / unit test phase, a system test phase, a pre-production test phase and a production test phase.

Embodiments of the present invention generally provide a system and method for testing integrity of data transmitted to and from a target device through a data connection. In one embodiment, the method generally includes creating one or more test threads. The method further includes, for each test thread, generating a data load on the data connection by repetitively writing test data patterns to the target device and reading data patterns from the target device using a synchronous I / O dispatch method, measuring data throughput to and from the target device while generating the data load, comparing the data patterns read from the target device to the test data patterns to detect data corruptions. The method may further include generating debug information if a data corruption is detected by one of the test threads.

To obtain data pertaining to the surface characteristics of a sample, a control method adjusts a tilted rastered E-beam to in SEM to a first / next tilt condition and navigates the SEM-beam to a sample site. The system performs a fine alignment step. Then the system scans a region of a sample to acquire a waveform. The system analyzes the waveform to determine the DESL value for each edge of interest. The system tests whether there is sufficient information available for each structural edge. If NO, the system repeats the above steps starting by changing the value of the tilt angle to acquire another waveform. If YES, the system determines the height and sidewall angles for each structural edge. Then the system reports the sidewall angle and the structure height for each edge of the structure under test. The system then corrects the critical dimension measurement determined from 0 degrees tilt scanning.

The invention discloses a test system and method of a data-driven rail traffic vehicle-mounted operation control system, belonging to the technical field of rail traffic signal system test. The test system comprises a test management module, a test execution module, a test interface adaption module and a test analysis and assessment module and is connected with a tested vehicle-mounted operation control system by the test interface adaption module, wherein the test management module finishes the functions of storing, modifying and configuring test data, the test execution module finishes the function of executing the test data, the test analysis and assessment module finishes the functions of recording, treating, analyzing and assessing the test data, and the test interface adaption module finishes the functions of adapting to the interface characteristics of real tested vehicle-mounted equipment and interacting practical information with the tested equipment. The invention can be conveniently used for various types of tests on the vehicle-mounted equipment of a train operation control system, wherein the tests comprise function test, interconnection test and the like; and in addition, the invention has good popularity and flexibility.

A storage subsystem, method of testing storage media in the storage subsystem and program product therefor. The storage media, e.g., magnetic tape in a physical volume, is inserted into an input area in the storage subsystem, but not loaded into the subsystem library. The media input area on the physical volume is scanned and a test command is queued. The test storage media is moved to a drive for testing. After testing, the storage media is returned to the input area.

A gait perturbation system and a method for testing and / or training using the gait perturbation system is disclosed herein. The gait perturbation system includes a gait perturbation device and a data processing device. The gait perturbation device includes one or more displaceable components configured to be displaced at a plurality of different speeds, and having one or more respective surfaces for receiving one or more respective limbs of a person; and one or more speed adjustment mechanisms coupled to the one or more displaceable components to adjust the speed set point at which the one or more displaceable components are displaced. The data processing device is configured to generate a signal for introducing a perturbation to the one or more displaceable components, and to control the speed set point of the one or more displaceable components such that the one or more displaceable components perturb a gait of the person.

The present invention provides a system and method of using highly structured program testing, regression testing, final test and fix procedures and commit procedures at the levels of the Business Unit, at an intermediate pre-integration branch level and finally at a primary technology branch of the current IOS source code system before final system testing is performed as an antecedent to a regular release of a new version of the IOS regularly, approximately every 8 weeks. New features and functions are accommodated in this 8 week release cycle by a process of alternating “fat” and “thin” releases which contain many and few new features respectively. Moreover, in the preferred embodiment which incorporates this rigorous process, no more than three generations of the main branches of the IOS source code are maintained at any one time.

A balance and / or gait perturbation system is disclosed herein. The balance and / or gait perturbation system includes a balance and / or gait perturbation device, at least one visual display device having an output screen, and one or more data processing devices. The one or more data processing devices are operatively coupled to the balance and / or gait perturbation device and the at least one visual display device, the one or more data processing devices are configured to generate a stochastic signal for controlling a display parameter of one or more scenes on the output screen of the at least one visual display device, and the one or more data processing devices are further configured to display the one or more scenes on the output screen of the at least one visual display device using the stochastic signal such that the one or more scenes perturb a balance and / or gait of the person.

A circuit board system is adapted to check a DUT (Device Under Test) and a communication device on a DUT board, check the connection between DUT and communication device and check connections of parts mounted on DUT board. The system, which tests a circuit board used when a DUT is tested using a tester, has a socket into which DUT is removably inserted; a communication device mounted thereon; first wires electrically connecting first signal terminals of DUT and the tester; and second wires electrically connecting second signal terminals of DUT, which are not electrically connected to the first signal terminals, and signal terminals of the communication device. A shorting board is inserted into the socket in place of DUT when the circuit board is tested, the shorting board having short-circuit wires electrically connecting the first wires and the second wires.

The invention discloses a method for system penetration testing, comprising the following steps: S1, test target information of a system is acquired by use of a variety of public resources; S2, network information of a system test target is extracted; S3, online network host information of the system is detected; S4, all open ports of the system are scanned, and all services are enumerated through all the ports to position and analyze a loophole in the target system; and S5, the target system is penetrated by a loophole device. The invention further discloses a device for system penetration testing. By adopting the method and the device, provided by the invention, for system penetration testing, through static analysis of a source code, on one hand, potential risks can be identified, software can be detected from inside, and the safety of the code can be improved, and on the other hand, the quality of the code can be further improved, and the software security can be greatly improved.

Protection, measurement and control IEDs in a substation compute if switches they control may be operated safely, according to interlocking rules or physical principles as well as the dynamic topology of the substation. The IEDs have access to the substation electrical topology, to real-time information generated by other IEDs, and to the rules for interlocking. A standardized Substation Configuration Description (SCD) of the substation for which a Substation Automation system is intended, and a standardized description of the implemented device functions or capabilities of an individual IED are utilized. The substation topology is available from SCD file, real time information about the position of switches and line voltage / current can be obtained via an appropriate protocol, and the interlocking rules are available in script form. These features apply both to simulated and real devices, and increase system testing possibilities by supporting an efficient configuration of a simulation.

A balance and / or gait perturbation system is disclosed herein. The balance and / or gait perturbation system includes a balance and / or gait perturbation device and a data processing device. The balance and / or gait perturbation device includes one or more displaceable components configured to be displaced at a plurality of different positions, and having one or more surfaces for receiving one or more respective limbs of the person; and one or more first actuators coupled to the one or more displaceable components to adjust the displacement position of the one or more displaceable components. The data processing device is configured to generate a stochastic signal for introducing a perturbation to the one or more displaceable components, and to control the displacement position of the one or more displaceable components using the stochastic signal such that the one or more displaceable components perturb a balance and / or gait of the person.

A system tests the protocols for a network containing a group of network devices. The system includes a simulation controller (110) that transmits network configuration information during the protocol testing and one or more nodes (135-1 to 135-N) that emulate a network device, receive the network configuration information from the simulation controller (110), and perform one or more operations in response thereto. The system also includes an analysis device (140) that monitors and analyzes the nodes (135-1 to 135-N) during the protocol testing.

A system automatically generates a workflow report for computerized system testing and other uses. The system comprises at least one processing device including at least one log file including records identifying time stamped actions performed by a user of a computerized processing system and actions performed by the system. A repository includes stored predetermined data patterns associated with workflow tasks performed in a workflow by a user and a system. A parser automatically parses records of the at least one log file to identify workflow tasks performed during a time period using the predetermined data patterns. A report generator automatically generates a workflow report comprising the identified workflow tasks and associated time stamps indicating workflow tasks performed by the system and user during the time period. An output processor provides the generated workflow report to a destination device for access by a user.