This is just a web of words organized in a way that ensures that they can be easily understood by computers. Rules of syntax have to be clearly stipulated and observed when building statements. Thus the Semantic Web majorly describes those rules behind the building of these statements and having them organized in a way that the computers will be in a position to understand and interpret them. From a different perspective, Semantic Webs can be said to be a way of describing relationships that exist between various things, for example, player X is a member of team Y, and shirt J can only be won with a pair of shorts B. Semantic webs also describe the properties of things.
This is the process of using a programming language called the script language or the scripting language to enable the writing of scripts. These scripts are thus just programs that are written and are able to interpret and automate execution of tasks which the human operator will then be able to execute one at a time. Scripting will consequently automate numerous environments. Such environments include functions such as the shells of operating systems, software application, etc. the scripting language should typically have characteristics like ease of use, being able to be interpreted from the source code, and also the structure should relatively be loose, that is, the user should be able to define some functions in the files.
Traditionally, semantic is given a very simple definition, as just being the study of meaning that arise between different symbols. It aims to ascertain the existing logic between these symbols or words. In computer science, the term semantic is used to describe the various data structure types that are designed specifically and are used to represent the information in these contents. Therefore semantics comprises rules of interpreting the syntaxes that fail to provide direct meaning, but will instead have the interpretations that will be possibly declared.
Development is the process of creating a computer program. The steps in program development are just the same as those of solving a typical program. These steps are outlined as follows:
➔ Step 1: define the problem then have it analyzed
This is the initial stage of development and the computer programmers will normally attempt to define the certain variables. Necessary insights into the requirements that are needed can also be obtained from the clients.
➔ Step 2: Design a Solution
The programmer use flowcharts and pseudo codes to propose a tentative solution. Flowcharts are just observable representations showing steps taken in arriving at a solution while pseudo codes are the statements used by programmers to enhance their understanding of a problem at hand.
➔ Step 3: Program Coding
The pseudo codes and the flowchart diagrams will collectively give information to the programmer that he will then be able to analyze and translate into a code. For a successful execution of this phase, the programmer must in most cases familiarize himself with the configuration of the language chosen and the understanding of its syntax.
➔ Step 4: testing and Documentation
The program developed at this stage may be having some bugs and errors, though most work concerning the program development are normally completed. Results are generated then compared with the planned expectations providing feedback to both the developer and its potential user.
Workshops are short educational seminars that will lay emphasis on the exchange of beneficial information among the participants. Computer workshops likewise insist on such gatherings of small participants with an intention to solve computer issues and enhance understanding of computers and the functioning of the related programs.