Nt1310 Unit 1 Circuit Testing

Testing of the entire system will be performed to verify that all parts and counterparts are functional. This is the testing that is made prior to release. Tests performed in this stage verify for the following:

Once launched, there is no way to dial-down the Weblabs as it involved price changes. Therefore, test cases required to adequately cover all scenarios, including edge cases to avoid issues surfacing in production. Moreover, automated service testing required the correct set-up, so that feature and regression tests run on demand and as a schedule.

Theoretical analysis is one of the most significant phases of the project. The high resistance measurement system developed during this project is primarily based

Testing is the next phase of the implementation phase. A comprehensive testing program includes a stepwise process starting with unit testing, followed by testing of group components called integration testing and concluded with entire systems test (Satzinger et al., 2004, p. 640). Individual units or modules are tested prior to integration with more advanced modules, using driver modules. Once a set of modules are put together, integration testing can take place. These test include checking for interface compatibility, run-time exceptions, parameter values and unexpected state interactions (Satzinger et al., p. 644-645). Jeff Theobald suggests that an effort should be made to concentrate not on just errors in a single application or module, but also the system as a whole and between systems (Theobald, 2007). After these tests are completed, the project goes on to system testing. System testing often involves daily “build and smoke” tests, where the system is set to run and is observed for “smoke” or errors (McConnell, 1996). The TPI credentialing system was tested in this manner. The project made it through the first two testing

This section divides three testing subsection. The first testing is the hardware part. It will be tested in individual part that consist the power, GPS signal, and gerber files. The power is tested by several factors including the continuity, the leakage, the voltage, and the power consumption. The GPS signal is tested by accuracy and strength testing. Next testing subsection is software part. We separate to test into three parts including the display, the signal transfer, and the sensor collection. The last testing is the system. This testing is for ensuring both hardware and software that are connected together without any error. We test the connection that includes the continuity and the leakage. The user control is tested by accepts input and response rate. The last system testing is an interconnectivity that test between the hardware and

In Part 1, two different amounts of weights on weight hangers were attached to meter stick hangers on either side of the fulcrum and balanced. In Part 2, two sets of weights on weight hangers were attached to meter stick hangers on one side of the fulcrum, while one set of weights on height hangers was attached to a meter stick hanger on the other side, and balanced. In Part 3, the meter stick was purposefully off centered by balancing the fulcrum at the 25 cm mark of the meter stick. Then, one set of weights on weight hangers was attached to a meter stick clamp on the short side of the meter stick and

According to the relevancy the task were arranged and designed and there were no specific design is available for a particular testing process.

The testing was done on 3 users. The users were invited in conference room in National University, Aero Drive. The users were explained to the scenario and procedure. The users were asked to sign the acceptance letter for recording the activities during testing.

4. Development and Testing – This step involves using the final system design to acquire or develop the system. Testing of units, integration, performance, system, and acceptance are done to ensure system functionality and the sponsor’s requirements and that all segments/structures, communications, applications, procedures, and documentation are in place, tested, and integrated. End users are implemented to verify and thoroughly test that the system functions as required.

The circuit board fabrication comes to an end after the copper plating. The boards are subjected to a final electrical test to check the integrity of the circuits. Another 5% of the boards are found to be defective during this stage. Before the tests are done, a setup is needed. The capacity for final testing is computed as follows.

Below are two tables in which I have recorded the data which I obtained during the experiment. The first table reflects the Relationship between the deflection/flexion of the cantilever and the mass of the load and the second table reflects the relationship between the flexion of the cantilever and the length of the cantilever.

We connected the force sensor to the labquest, and from the latter to the computer. A string was then tied to the hook on the woodblock and the other end to the force sensor’s hook. Photo below. The range switch on the force sensor was set to 10N. After this, the logger pro was launched and the setup was zeroed. To zero the setup, there had to be no tension in the string; then we hit the Ф looking button to zero.

Testing is very important for success of software product. There are two testing strategies: manual and automated testing. Manual testing is the process of manually testing software for defects. It requires a tester to play the role of an end user and use most of all features of the application to ensure correct behavior. (Wikipedia, 2016) Test automation is the use of

Testing is vital to success of any system. Testing is done at different stages within the phase. System testing makes a logical assumption that if all phases of the system are correct, the goals will be achieved successfully. Inadequate testing at all leads to cause of errors that may come up after a long time when correction would be extremely difficult. Another objective of testing is its utility as a user –oriented vehicle before implementation. The testing of the system was done on both artificial and live data.

This section addresses to demonstrate the effectiveness and embodiment of electro-tactile feedback system in tele-operation a robot. The tele-operation experiment is conducted with a mobile robot equipped with the sensors as described in the previous section. The aim of the experiment is to drive the mobile robot to displace can and avoiding obstacles in a cluttered workspace.