Relational Database Behavior Utilizing Relational Discrete Event Systems And Mo
Relational Database Behavior Utilizing Relational Discrete Event Systems And Mo
Zvi M Kedem
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Specifically, the following changes to 0PS5 have been made. First, we removed restrictions of 0PS5 we feel are unnecessarily limiting such as the requirement that attributes of a condition element must belong to the same element class (relation schema), and the requirement that the first condition element cannot be negated. Second, the structure of production rules is made more relational and in line with logic programming. Third, only conceptually rele- vant features of 0PS5 were left to simpl...ify the model. For example, our model does not contain 0PS5 actions such as bind, build, write, accept, call. Fourth, non-determinism was considered. Finally, as will be shown in the next section, the 0PS5 interpreter is inferior to some of our interpreters in a certain formal sense. Our model also differs from the RPL model [5]. First, RPL model is based on SQL (the LHS of a rule is SQL SELECT and the RHS is INSERT, DELETE or UPDATE statements), and our model borrowed many features from logic programming.
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