The major underlying concepts of object orientation, Computer Engineering

Objects, messages, class, inheritance and polymorphism are the major concepts of object orientation.  



Posted Date: 4/4/2013 5:11:15 AM | Location : United States

Related Discussions:- The major underlying concepts of object orientation, Assignment Help, Ask Question on The major underlying concepts of object orientation, Get Answer, Expert's Help, The major underlying concepts of object orientation Discussions

Write discussion on The major underlying concepts of object orientation
Your posts are moderated
Related Questions
Q. What is External Procedures? These procedures are written as well as assembled in separate assembly modules and afterwards linked together with the main program to form a bi

Q. What is the dissimilarity between dynamic strain aging and strain aging? Answer:- Strain aging could be explains as "normal wear and tear" or the fatigue that is experi

Data Routing Functions The data routing functions are the functions which when implemented  the path among the source and the objective. In dynamic interconnection networks the

What start bit and stop bit The first bit known as the Start bit is always a zero and it is used to show the beginning of the character The last bit is known as the stop bit

A persistent cookie is a cookie which is keeps in a cookie file permanently on the browser's computer. By default, cookies are formed as temporary cookies which keep only in the br

Examples of declarations of external variables  that  are  not definitions: extern char stack[10]; extern int stkptr; These declarations tell the compiler that the variab

Question 1 How to call a WML Script from a WML page Question 2 Discuss on the following WML Script data type Question 3 Discuss on the following WML script statements

Currently microcontrollers are embedded within most products, typical uses are in Camera's for auto focus and display drivers, Laser printers to compute fonts and control printing.

Disadvantages of pipeline: Pipeline architecture has 2 major disadvantages.  First is its complexity and second is the inability to constantly run the pipeline at full speed,

differentiate between concentration cells and electrolytic cells with suitable examples?