Why generalization is very strong, Computer Engineering

Even while Generalization satisfies Structural, Interface, Behaviour properties. It is mathematically very strong, as it is Antisymmetric and Transitive.

Antisymmetric: employee is a person, but not all persons are employees. Mathematically all As' are B, but all Bs' not A.

Transitive: A=>B, B=>c then A=>c.

A. Salesman.

B. Employee.

C. Person.

 

 

 

Posted Date: 4/4/2013 5:26:42 AM | Location : United States







Related Discussions:- Why generalization is very strong, Assignment Help, Ask Question on Why generalization is very strong, Get Answer, Expert's Help, Why generalization is very strong Discussions

Write discussion on Why generalization is very strong
Your posts are moderated
Related Questions

In a LAN network every system is identified by? In a LAN network all systems are identified through IP Address.

Define the term busy hour Busy Hour: Continuous 1- hour period lying completely in the time interval concerned, for that the traffic volume or the number of calls attempts is

assignment on transaction flow, transform flow, transform mapping: refining the architectural design

Binary Search Now that the basic framework is working, it is time to begin implementing a few alternative search functions. Each of these search algorithms have strengths and

Explain one dimensional arrays In one dimensional arrays array name is really a pointer to the first element in the array. Second element of the array can be accessed by using

Briefly explain how the server control validation controls work? A validation control works by evaluating the value of an input server control on the page to see whether it me

What are called stalls? An alternative representation of the operation of a pipeline in the case of a cache miss gives the function performed by every pipeline stage in each cl

Write a program to echo the string 'Hello' to the serial channel (SCI) using the protocol of baud rate 9600,8 bits , no parity and 1 stop bit  Consider the baud register as show

How do you find out the flaw, which of the address getting written wrongly. Fill the full memory once with either random data or sequential data then after filling totally rea