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William Stallings Data and Computer Communications

William Stallings Data and Computer Communications

William Stallings Data and Computer Communications. Chapter 3 Data Transmission. Transmission Terminology. Transmission over transmission medium using electromagnetic waves. Transmission media Guided media Waves guided along physical path e.g. twisted pair, coaxial cable, optical fiber

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868 views • 76 slides
William Stallings Data and Computer Communications

William Stallings Data and Computer Communications

William Stallings Data and Computer Communications. Chapter 3 Data Transmission. Transmission Terminology. Transmission over transmission medium using electromagnetic waves. Transmission media Guided media Waves guided along physical path e.g. twisted pair, coaxial cable, optical fiber

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1.07k views • 76 slides
Computer Communication Networks

Computer Communication Networks

Computer Communication Networks. Data Transmission, Media. Signal Encoding Techniques. Data Communication Techniques. Data Link Control, ATM. Multiplexing, Switching, Routing. Spread Spectrum, Wireless Networks. Local and Wide Area Networks. Data Transmission and Media.

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810 views • 76 slides
Signals and Noise

Signals and Noise

Signals and Noise. Jan 29, 2002. Announcement. Homework-Chapter 2, Problems 2, 6, 8, 12, 16, 18 Recommended Problems: 13, 15, 23 Email: ebonilla@gmu.edu TA: Alexe Lue, aleu@gmu.edu http://teal.gmu.edu/ececourses/tcom500/spring2002/ Change in schedule. Class Objectives. Review

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895 views • 74 slides
ECS 152A

ECS 152A

ECS 152A. 2. Physical Layer Aspects. Terminology (1). Transmitter Receiver Medium Guided medium e.g. twisted pair, optical fiber Unguided medium e.g. air, water, vacuum. Terminology (2). Direct link No intermediate devices Point-to-point Direct link Only 2 devices share link

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629 views • 62 slides
Data Communications and Networking

Data Communications and Networking

Data Communications and Networking. Chapter 3 Data Transmission Reading: Book Chapter 3 Data and Computer Communications, 8th edition By William Stallings. Outline. Concepts and Terminology Analog and Digital Data Transmission Transmission Impairments Channel Capacit y.

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761 views • 50 slides
William Stallings Data and Computer Communications 7 th Edition

William Stallings Data and Computer Communications 7 th Edition

William Stallings Data and Computer Communications 7 th Edition. Chapter 3 Data Transmission. Terminology (1). Transmitter Receiver Medium Guided medium e.g. twisted pair, optical fiber Unguided medium e.g. air, water, vacuum. RX. TX. Medium. Terminology (2). Direct link

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524 views • 45 slides
William Stallings Data and Computer Communications 7 th Edition

William Stallings Data and Computer Communications 7 th Edition

Telecom Systems I by Dr. M. G. Sharma, Phd. IIT Kharagpur Microwaves and Antennas Dean Telecom Studies Aegis School of Telecommunication Email: mg@aegisedu.org. Chapter 3 Data Transmission. William Stallings Data and Computer Communications 7 th Edition. Terminology (1). Transmitter

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539 views • 42 slides
William Stallings Data and Computer Communications 7 th Edition

William Stallings Data and Computer Communications 7 th Edition

William Stallings Data and Computer Communications 7 th Edition. Chapter 3 Data Transmission. Terminology (1). Transmitter Receiver Medium Guided medium e.g. twisted pair, optical fiber Unguided medium e.g. air, water, vacuum. Terminology (2). Direct link No intermediate devices

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505 views • 42 slides
William Stallings Data and Computer Communications 7 th Edition

William Stallings Data and Computer Communications 7 th Edition

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567 views • 41 slides
William Stallings Data and Computer Communications

William Stallings Data and Computer Communications

William Stallings Data and Computer Communications. Chapter 3 Data Transmission. Terminology (1). Transmitter Receiver Medium Guided medium e.g. twisted pair, optical fiber Unguided medium e.g. air, water, vacuum. Terminology (2). Direct link No intermediate devices Point-to-point

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423 views • 41 slides
Data Communication and Networks

Data Communication and Networks

Data Communication and Networks. Lecture 2 Data Transmission and Encoding Concepts September 12, 2002 Joseph Conron Computer Science Department New York University conron@cs.nyu.edu. Simplified Data Communications Model. Terminology (1). Direct link No intermediate devices

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551 views • 39 slides
William Stallings Data and Computer Communications

William Stallings Data and Computer Communications

William Stallings Data and Computer Communications. Chapter 3 Data Transmission. Terminology (1). Transmitter Receiver Medium Guided medium e.g. twisted pair, optical fiber Unguided medium e.g. air, water, vacuum. Terminology (2). Direct link No intermediate devices Point-to-point

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408 views • 33 slides
William Stallings Data and Computer Communications

William Stallings Data and Computer Communications

William Stallings Data and Computer Communications. Chapter 3 Data Transmission. Terminology (1). Transmitter Receiver Medium Guided medium e.g. twisted pair, optical fiber Unguided medium e.g. air, water, vacuum. Terminology (2). Direct link No intermediate devices Point-to-point

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484 views • 33 slides
William Stallings Data and Computer Communications

William Stallings Data and Computer Communications

William Stallings Data and Computer Communications. Chapter 3 Data Transmission. Terminology (1). Transmitter Receiver Medium Guided medium e.g. twisted pair, optical fiber Unguided medium e.g. air, water, vacuum. Terminology (2). Direct link No intermediate devices Point-to-point

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342 views • 33 slides
William Stallings Data and Computer Communications

William Stallings Data and Computer Communications

William Stallings Data and Computer Communications. Chapter 3 Data Transmission. Terminology (1). Transmitter Receiver Medium Guided medium e.g. twisted pair, optical fiber Unguided medium e.g. air, water, vacuum. Terminology (2). Direct link No intermediate devices Point-to-point

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326 views • 32 slides
Data Encoding

Data Encoding

Data Encoding. Data Encoding refers the various techniques of impressing data (0,1) or information on an electrical, electromagnetic or optical signal that would propagate through the physical medium making up the communication link between the two devices. Plan for the Lecture.

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460 views • 22 slides
Data Encoding

Data Encoding

Data Encoding. Data Encoding refers the various techniques of impressing data (0,1) or information on an electrical, electromagnetic or optical signal that would propagate through the physical medium making up the communication link between the two devices. Plan for the Lecture.

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267 views • 22 slides
Lecture 4

Lecture 4

Lecture 4. Review of Lecture 3 Transmission medium Signal encoding techniques Digital data into digital signals Digital data into analog signals Analog data into digital signals . Line Encoding. Encoding data into signals Digital data into digital signal

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591 views • 21 slides

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