User connectivity. This is an important phase of the testing mechanism, aimed at ensuring the appropriate correlations between the functions performed by the different users. The idea of this testing phase is to ensure that the modifications, uploads and changes performed by one of the users is reflected immediately in the application and can be seen by all the existing users. In this sense, the testing procedure will involve the use of two different computers. On one of the machines, user a (an academic, for example) will perform a routine operation such as loading a course into the application. On the other machine, user B (a student) will check if he can actually see the uploaded document.
Resources
There are two categories of resources to be taken into consideration:
Human resources. In terms of human resources, one needs to determine the number of testers that will be required by the respective testing process. A number of three testers would be ideal for each of the identified categories of users (students, academics, administrative and support staff). This would allow both for alternative and simultaneous testing, involving testers using more than one computer an attempting to coordinate users operating at the same time. The testing team will need to be completed with a tester supervisor, someone who can (1) coordinate with the developing team and act as an interface for the testing team and (2) coordinate the entire testing process and the testing team.
Financial resources. The financial requirements will include salaries for the testers, as well as additional fixed and administrative costs, such as computers and required software.
Monitoring, feedback and reporting
The monitoring and feedback, as well as the reporting function, are essential for a proper development of the testing phase. In this sense, the monitoring and feedback mechanism will need to...
(Pan, 1999; paraphrased) The point at which it is generally considered acceptable to stop testing has as its basis two criteria for stop-testing criteria which are those of: (1) when a threshold has been reached with the reliability; and (2) when the testing costs are not justified by reliability gains. V. Test Automation Overview The work of Carl J. Nagle states the fact that: "When developing our test strategy, we must minimize
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HG1-c, on the other hand, is a sensor that is extraneous to the body and, therefore, can be used repeatedly. The HG1-c is an all-in-one device that differs from traditional CGMs in that all the monitoring and calculations are done inside the sensor. (traditional CGMs transmit data to a device for analysis which then displays the glucose reading). Very importantly, too, the HG1-c connects with the necessary party (for instance
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