Knowledge in Dynamic memory management with operators new and delete

Static class members c++

Static Class Members, this pointer, Friend functions, Dynamic memory management with operators new and delete, Overloading: Function Overloading, Operator Overloading, Restrictions on Operator Overloading, Overloading unary and binary operators, Type Conversion Templates, Inheritance.

Basics of Computer Fundamentals

The intent of this course is to provide thorough understanding of fundamentals of the computer design.

Memory Management (IOS)

Memory Management is an important topic in the field of Internal Operating System understanding. The content covers the topics which comes under the course of memory management.

MEMORY &PROGRAMMABLE LOGIC

A read-only memory (ROM) is a device that includes both the decoder and the OR gates within a single IC package. The connections between the outputs of the decoder and the inputs of the OR gates can be specified for each particular configuration. A ROM is essentially a memory (or storage) device in which permanent binary information is stored. The binary information must be specified by the designer and is then embedded in the unit to form the required interconnection pattern. ROMs come with special internal electronic fuses that can be "programmed" for a specific configuration. Once the pattern is established, it stays within the unit even when power is turned off and on again. It consists of n input lines and m output lines. Each bit combination of the input variables is called an address. Each bit combination that comes out of the output lines is called a word. The number of bits per word is equal to the number of output lines, m. An address is essentially a binary number that denotes one of the min terms of n variables. The number of distinct addresses possible with n input variables is 2n. An output word can be selected by a unique address, and since there are 2n distinct addresses in a ROM, there are 2n distinct words that are said to be stored in the unit.

Operating Systems: What and Why

Agenda • Recap • What is an operating system • Why is it important • Summary of OS functionalities • Basics of UNIX OS • Path of a system call • User interfaces • System boot sequence

Memory Management Notes

Agenda • Basics • Memory allocation • Virtual memory and demand paging • Page replacement algorithms • Design of Page Table • Frame allocation policies • Page faults and thrashing • Segmentation

processor and memory in computer fundamental.

This pdf file containing the knowledge about the processor and memory in computer fundamental and computer programming.

Memory management structure

This file contains all about the structure of Memory Management.

Short note on Long Term Memory.

Long Term Memory, characteristics, 'Types like Procedural and Declarative etc.

Alternative models of memory

Levels of processing of memory, Evaluation and Tubing's model of memory.

Memory : full concept, processes and model

Definition, 3 cognitive processes, Information processing model of memory based on Atkinson and Shoodron.

Cache Memory In C

Cache Memory-- Cache memory, also called CPU memory, is random access memory (RAM) that a computer microprocessor can access more quickly than it can access regular RAM. This memory is typically integrated directly with the CPU chip or placed on a separate chip that has a separate bus interconnect with the CPU. *Cache memory levels explained