'Binary numbering system' presentation slideshows

IS 139 Lecture 4

IS 139 Lecture 4. Data Representation in Computer Systems. Introduction. Computers use the binary system because: Its easy to implement in electronics Easy to implement in switches Computers use the binary system for LOGIC & ARITHMETIC Arithmetic Integers (positive & negative)

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Introduction To Computer System

Introduction To Computer System . ????? ?? ????? ??? ????? ????????? ?????: ????? ???? ???????. Computer Generations. First Second Third Fourth. Computer Generations. The First Transistor (1948). IBM 360 Computer System. IBM 704. Used discrete transistors. IBM 709 Mainframe.

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Hardware (Part A)

Hardware (Part A). Reading Materials: Chapter 4 of [SG]: The Building Blocks of HW Optional: Chapter 1 of [Brookshear] OUTLINE The Binary Digital Computer Organization of Digital Computers Binary Numbers Boolean Logic and Basic Gates Basic Circuit Design. Chapter Objectives.

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Chapter 2: The Systems Unit: Processing and Memory

Chapter 2: The Systems Unit: Processing and Memory. Learning Objectives. Understand how data and programs are represented to a computer and be able to identify a few of the coding systems used to accomplish this.

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Introduction to Computing Concepts

Introduction to Computing Concepts. What is a Computer?. An electronic device used to process data. The most common computer today? the Personal Computer. How Many Are There?. How Many Internet Users Are There?. Latest Data as of 6/30/2012. Parts of a Computer System.

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Chapter 4: The Building Blocks: Binary Numbers, Boolean Logic, and Gates

Chapter 4: The Building Blocks: Binary Numbers, Boolean Logic, and Gates. Invitation to Computer Science, Java Version, Third Edition. Objectives. In this chapter, you will learn about The binary numbering system Boolean logic and gates Building computer circuits Control circuits.

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Numerical Mathematic

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The System Unit: Processing and Memory

The System Unit: Processing and Memory. Chapter 2. Learning Objectives. Understand how data and programs are represented to a computer and be able to identify a few of the coding systems used to accomplish this.

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Chapter 8

Chapter 8. Representing Information Digitally. analog information is continuous , e.g., wave. computers process discrete or digital data. the process of converting information to a binary form is called digitization both discrete and analog forms of information may be digitized.

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Chapter 2

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Binary / Hex

Binary / Hex. Binary and Hex The number systems of Computer Science. Main Memory. Capacitors on/off translates to values 1/0 requires use of Binary number system Investigate Decimal number system first. The Decimal Numbering System.

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Data Representation

Data Representation. CS 1428. Binary Representation of Information. Detecting Voltage Levels Why not 10 levels? Would be unreliable Not enough difference between states On/Off Fully Charged - Fully Discharged Magnetized - Demagnetized. Bits, Bytes, and so on. A bit is one 0 or 1

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Data Representation

Data Representation. CS 1428. Binary Representation of Information. Detecting Voltage Levels Why not 10 levels? Would be unreliable Not enough difference between states On/Off Fully Charged - Fully Discharged Magnetized - Demagnetized. Bits, Bytes, and so on. A bit is one 0 or 1

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CISCO

CISCO. Computer Networking. The Internet. The Internet Yesterday. Basics of Computing. Parts of a Computer. CPU - Central Processing Unit Memory - ROM, RAM, etc. Interface - Modem, Video Card, Floppy, etc. All are connected by a bus which is plug in slots. NIC. Network Interface Card

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Chabot College

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Encoding information

Encoding information. J.-D. Chatelain. Almost whole Humanity today uses the same ten symbols called "Arabic numerals" and scored 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9. Counting. The ten symbols combined allow to represent any number that is said then expressed in base 10 , or as decimal .

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