Validation should always be considered in a software program. The amount of validation depends on what the program is doing, and how it is doing it. If the validation is a small percentage of the overall program then it doesn't matter much how efficient it is in terms of performance. There are good and bad ways (actually inefficient ways) to do validation. If you instrument a program and find that a significant portion of the time is spent in validation you may want to visit the algorithms used in the validation to see if there is a more effective way to do this. In some cases the performance of validation of data is very important; in other cases it is a side-effect.
Requirements validation is a critical step in the development process, usually after requirements engineering or requirements analysis. Also at delivery (client acceptance test).
upgradation of old softwares. e.g- anti-viruses. provides opportunities for new jobs and latest requiremants. provides better interfacing between hardware & software.
CMM verifies the quality of the overall software development process beginning from problem definition. Software validation and verification are the subitems of CMM.
Data Validation is a process that ensures that data entered into the database form, a web form, or a computer program conforms to the correct data type.
validation
in system level stage field level validation down.
1.verification 2.validation
verification: Are we doing the right system? validation : Are we doing the system right?
Not clear what the question is about, please clarify
In validation testing, the test team seeks to ensure that each software function or performance characteristic conforms to its specification. In acceptance testing, the test team needs to ensure that the software works correctly for the intended user in his or her normal work environment.
Validation testing is to test software if it meets its stated requirements. System testing is the testing of Software and Hardware together and to find out they both can work together to be successful application.
unit ,integration, validation then system
unit ,integration, validation then system
Backup and recovery
Standard testing is more so based on judgment and can be adjusted through validation. Benchmark testing is multiple criteria for judging success.
Validation of research instruments is necessary even after testing its reliability because it is the only way to ensure that the results of the study are accurate and meaningful. Validation involves collecting data from research participants examining it and analyzing it to determine if the instrument is measuring what it was designed to measure. Validation is also the only way to ensure that the instrument is reliable and that the results are trustworthy and valid. Here are a few reasons why it is still necessary to validate research instruments even after testing its reliability: Validation helps to ensure that the results of the study are accurate and meaningful. Validation helps to determine if the instrument is measuring what it was designed to measure. Validation ensures that the instrument is reliable and that the results are trustworthy and valid. Validation helps to identify potential sources of bias in the instrument or the data. Validation helps to identify any gaps or weaknesses in the instrument or the data.Validation is an important step in the research process as it helps to ensure that the results of the study are valid and can be trusted. Without validation it is impossible to know if the research instrument is measuring what it was designed to measure and whether the results are reliable and trustworthy.