What is machine learning? Machine learning is the science of developing algorithms and statistical models that computer systems use to perform tasks without explicit instructions, relying on patterns and inference instead. Computer systems use machine learning algorithms to process large quantities of historical data and identify data patterns. This allows...

Software Testing Life Cycle : Steps Involved
Step One: Reviewing the Design and the Requirements of the Software The first step in the software testing life cycle is to review the design and the requirements of the software. The design of the software has to be thoroughly examined for any defects and if anything is diagnosed should be duly reported to the developer team. In addition to the design, the requirements and the usability of the software should also be examined. The usability of the software for the end users is the most important factor which makes the production of the software viable for the management and hence should be examined very carefully. Here is a great course about carrying out an expert usability review of a product and it teaches all the steps involved in the process in a very friendly and easy manner. Step Two: Planning the Tests After examining the design for any...

Introduction to Software Testing
Here coming with software testing, generally we can test a software/application/product, etc., in two different ways. they are: 1) Manual Testing 2) Automation Testing In Manual Testing, you test manually by writing Test Cases ( here we need to check the either the expected results are matching to the actual results or not, you will come to know about this further) Whereas, in Automation you test in system by using a QTP (Quick Test Professional) tool. Before starting these two types of testing, we first learn the importance of software systems. IMPORTANCE OF SOFTWARE SYSTEMS: Software is a set of executable programs in our computer. Software is a virtually inescapable in a modern world. And we move into the 21st century, it will become the driver for few advances in everything from elementary education to genetic engineering. It affects nearly every aspect of our lives and has become pervasive in our commerce, our culture...