book

Basic Computer Engineering (Subject Code: BE - 205) by Pearson

Name: Basic Computer Engineering (Subject Code: BE - 205) by Pearson
ISBN: 9781299444713

by Anita Goel, Anand Motwani

May 2024

Beginner

313 pages

11h 34m

English

Pearson India

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Cover (1/2)
Cover (2/2)
Brief Contents
Contents (1/2)
Contents (2/2)
Preface
Roadmap to the Syllabus
Unit I: Basics of Computers
Chapter 1: Fundamentals of Computers1.1 Introduction1.1.1 The Computer System1.1.2 Characteristics of Computers1.1.3 The Input–Process–Output Concept
1.2 Classification of Computers
1.2.1 Microcomputers1.2.2 Minicomputers1.2.3 Mainframe Computers1.2.4 Supercomputers
1.3 Computer Organization
1.3.1 Components of Computer Hardware

1.4 Central Processing Unit
1.4.1 Arithmetic Logic Unit1.4.2 Registers1.4.3 Control Unit
1.5 The System Bus
1.5.1 Data Bus
1.5.2 Address Bus
1.5.3 Control Bus1.6 Instruction Set1.6.1 Instruction Format1.6.2 Instruction Cycle
1.7 Memory and Storage Systems (1/2)
1.7.1 Memory Representation1.7.2 Memory Hierarchy1.7.3 CPU Registers1.7.4 Cache Memory1.7.5 Primary Memory1.7.5.1 Random Access Memory
1.7 Memory and Storage Systems (2/2)
1.7.5.2 Read Only Memory1.7.6 Secondary Memory1.7.7 Using the Computer Memory
1.8 Input–Output Devices (1/2)
1.8.1 Input Unit1.8.2 Output Unit1.8.3 Input Devices1.8.3.1 Human Data Entry Devices1.8.3.2 Pointing Devices1.8.3.3 Pick Devices1.8.3.4 Source Data Entry Devices1.8.3.5 Optical Input Devices
1.8 Input–Output Devices (2/2)
1.8.4 Output Devices1.8.4.1 Hard Copy Devices
1.8.4.2 Soft Copy Devices
1.9 System and Application Software1.9.1 System Software1.9.1.1 Operating System1.9.1.2 Device Driver1.9.1.3 System Utilities1.9.1.4 Translator Software1.9.2 Application Software
Summary
Key Words
Questions
Chapter 2: Computers: Ethics and Applications
2.1 Introduction2.1.1 Definition2.1.2 Computer Crime2.1.3 Privacy and Secrecy2.1.4 Intellectual Property2.1.5 Professional Responsibility
2.2 Application Areas of Computers
2.2.1 E-business2.2.2 Bioinformatics2.2.3 Healthcare2.2.4 Remote Sensing and Geographic Information System2.2.5 Meteorology and Climatology2.2.6 Computer Gaming2.2.7 Multimedia and Animation
2.2.8 Home and Entertainment
Summary
Key Words
Questions
Unit II: Operating System and Programming Languages
Chapter 3: Operating System3.1 Introduction
3.1.1 Definition
3.1.2 Objectives of Operating System3.2 Functions of Operating System (1/2)3.2.1 Process Management3.2.1.1 CPU Scheduling3.2.1.2 Process Synchronization3.2.1.3 Deadlock3.2.2 Memory Management3.2.2.1 Memory Allocation
3.2 Functions of Operating System (2/2)
3.2.2.2 Virtual Memory3.2.3 File Management3.2.4 Device Management3.2.5 Protection and Security3.2.6 User Interface and Command Interpreter
3.3 Types of Operating System
3.3.1 Batch Systems3.3.2 Multitasking Operating Systems
3.3.3 Multi-user Operating systems
3.3.4 Multiprocessing Operating Systems3.3.5 Real-time Operating Systems3.3.6 Embedded Operating Systems3.4 Examples of Operating Systems3.4.1 MS-DOS3.4.2 Windows Family of OS3.4.2.1 Brief History of Windows OS3.4.3 Linux OS
Summary
Key Words
Questions
Chapter 4: Programming Languages
4.1 Introduction
4.2 Programming Languages: Generations
4.2.1 First-generation Languages4.2.1.1 Advantages of First-generation Languages4.2.1.2 Drawbacks of First-generation Languages4.2.2 Second-generation Languages4.2.2.1 Advantages of Second-generation Languages4.2.2.2 Drawbacks of Second-generation Languages4.2.3 Third-generation Languages4.2.3.1 Advantages of Third-generation Languages4.2.3.2 Drawbacks of Third-generation Languages4.2.4 Fourth-generation Languages4.2.4.1 Advantages of Fourth-generation Languages4.2.4.2 Drawbacks of Fourth-generation Languages4.2.5 Fifth-generation Languages
4.2.5.1 Advantages of Fifth-generation Languages
4.2.5.2 Drawbacks of Fifth-generation Languages4.3 Programming Languages: Characteristics
4.4 Programming Languages: Categorization
Summary
Key WordsQuestions
Chapter 5: Introduction to Programming
5.1 Introduction5.2 Program Development Life Cycle
5.3 Programming Paradigms
5.4 Structured Programming
5.4.1 Procedure-o riented P rogramming5.4.2 Modular Programming
5.5 Object-oriented Programming (OOP)
5.6 Features of Object-oriented Programming
5.6.1 Classes5.6.2 Objects5.6.3 Data Abstraction and Encapsulation5.6.4 Inheritance5.6.5 Polymorphism
5.6.6 Dynamic Binding
5.7 Merits of Object-oriented Programming
Summary
Key Words
Questions
Unit III: Basics of C++ Programming
Chapter 6: C++ Programming6.1 Introduction
6.2 Features
6.3 C++ Program Structure6.3.1 A Simple C++ Program6.3.2 Explanation6.3.3 Compiling a C++ Program6.3.4 Working of C++ Compilation
6.4 Tokens
6.5 Variables (1/2)
6.5.1 Fundamental Data Types6.5.2 User-defined Data Types6.5.3 Derived Data Types
6.5 Variables (2/2)
6.5.4 Declaration of Variables
6.5.5 Initialization of Variables6.6 Constants6.7 Operators
6.8 Expressions
6.9 I/O Operations
6.10 Control Structures6.10.1 Conditional Structures [if and if-else]6.10.2 Iteration Structures
6.10.3 Jump Statements
Summary
Key Words
Questions
Chapter 7: Functions in C++
7.1 Introduction
7.2 A Simple Function
7.2.1 Examples7.2.3 Declaring and Using Functions in Programs
7.3 The main() Function
7.4 Functions with No Arguments: Use of Void
7.5 Arguments Passed by Value and Passed by Reference
7.6 Default Parameters
7.7 Function Overloading
7.8 Inline Functions
7.9 Math Library Functions
7.10 Recursion
Summary
Key Words
Questions
Chapter 8: Arrays and Structures in C++
8.1 Introduction
8.2 Initializing Arrays
8.3 Accessing Values of an Array
8.4 Multi-Dimensional Arrays
8.4.1 Initialization
8.4.2 Accessing a Multi-dimensional Array8.5 Arrays as Parameters
8.6 Character Sequences
8.7 Structures
8.7.1 Features of Structures8.7.2 Union
Summary
Key WordsQuestions
Chapter 9: Classes and Objects in C++
9.1 Introduction
9.2 A Simple Class (1/2)
9.2.1 An Example Program9.2.2 Explanation9.2.3 Creating Objects9.2.4 Accessing Member Functions
9.2 A Simple Class (2/2)
9.3 Constructors and Destructors (1/2)
9.3.1 Constructors9.3.2 Parameterized Constructors9.3.3 Constructor Overloading9.3.4 Default Constructor9.3.5 Destructors
9.3 Constructors and Destructors (2/2)
9.4 Operator Overloading
9.4.1 Overloading Binary Operator ‘+’9.4.2 Overloading a Unary Operator ‘++’9.4.3 friend Functions
9.5 Inheritance
9.5.1 Derived Classes9.5.2 Access Types9.5.3 Forms of Inheritance with Examples
9.6 Polymorphism
9.6.1 Virtual Function
9.6.2 Abstract Class
Summary
Key Words
Questions
Unit IV: Database Management
Chapter 10: Database Management System10.1 Introduction
10.2 Database and Database System
10.2.1 Defintions10.2.2 Components of Database System
10.3 File-oriented Approach
10.4 Database Approach
10.5 Data Models (1/2)
10.5.1 High-level or Conceptual Data Model10.5.1.1 Entity10.5.1.2 Attribute10.5.1.3 Relationship10.5.1.4 Entity-Relationship (E-R) Model10.5.2 Representation or Implementation Data Model10.5.2.1 Relational Database Model10.5.2.2 Hierarchical Database Model
10.5 Data Models (2/2)
10.5.2.3 Network Database Model
10.6 Architecture of Database System
10.7 Data Independence
10.8 Data Dictionary
10.9 Database Administrator (DBA)10.10 Primary Key
10.11 Database Languages
10.11.1 Data Definition Language (DDL)10.11.2 Data Manipulation Language (DML)10.12 Database Applications
Summary
Key Words
Questions
Unit V: Computer Networking
Chapter 11: Computer Networking11.1 Introduction
11.2 Networking Goals
11.3 Computer Networks11.3.1 Physical Structures11.3.1.1 Switching11.3.1.2 Circuit Switching11.3.1.3 Message Switching11.3.1.4 Packet Switching11.3.2 LAN Topologies11.3.2.1 Bus Topology
11.3.2.2 Ring Topology
11.3.2.3 Star Topology11.3.2.4 Mesh topology11.3.3 Categories of Networks11.3.3.1 Local Area Network11.3.3.2 Metropolitan Area Network
11.3.3.3 Wide Area Network
11.3.3.4 The Internet11.4 Network Models11.4.1 The ISO-OSI Model11.4.1.1 Physical Layer11.4.1.2 Data Link Layer11.4.1.3 Network Layer11.4.1.4 Transport Layer11.4.1.5 Session Layer11.4.1.6 Presentation Layer11.4.1.7 Application Layer11.4.2 TCP/IP Model
11.5 Internetworking Concepts
11.6 Network Devices11.6.1 Network Interface Card11.6.2 Repeater11.6.3 Bridge11.6.4 Hub11.6.5 Switch11.6.6 Router11.6.7 Gateway
11.7 Introduction to the Internet (1/2)
11.7.1 History of Internet11.7.2 The Internet Architecture11.7.3 Internetworking Protocol11.7.4 Managing the Internet11.7.5 Internet Services11.7.5.1 World Wide Web (WWW)
11.7 Introduction to the Internet (2/2)
11.7.6 Applications of the Internet
11.8 Network Security11.8.1 Security Threat and Security Attack11.8.2 Security Services11.8.3 Security Mechanisms11.8.3.1 Cryptography
11.8.3.2 Digital Signature
11.8.3.3 Firewall11.9 Electronic-Commerce (E-Commerce)
Summary
Key Words
Questions
Solved Question Papers (1/10)
Solved Question Papers (2/10)
Solved Question Papers (3/10)
Solved Question Papers (4/10)
Solved Question Papers (5/10)
Solved Question Papers (6/10)
Solved Question Papers (7/10)
Solved Question Papers (8/10)
Solved Question Papers (9/10)
Solved Question Papers (10/10)
Appendices (1/2)
Appendices (2/2)

Content preview from Basic Computer Engineering (Subject Code: BE - 205) by Pearson

11.16 Basic Computer Engineering

11.5 INTERNETWORKING CONCEPTS

Different types of networks exist throughout the world because of business, organizational, political, and

historical reasons. It is necessary and desirable to connect those networks to facilitate communication. The

concept is to interconnect those networks. The problem of interconnecting a set of independent networks

is called internetworking.

Internetwork refers to an arbitrary collection of networks interconnected to provide some sort of host-

to-host packet delivery service. The independent networks that are interconnected may use technologies

such as 802.5, Ethernet, ATM or wir ...

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Basic Computer Engineering (Subject Code: BE - 205) by Pearson

by Anita Goel, Anand Motwani

Become an O’Reilly member and get unlimited access to this title plus top books and audiobooks from O’Reilly and nearly 200 top publishers, thousands of courses curated by job role, 150+ live events each month,
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