Principles Digital Communication System & Computer Networks (Charles River Media Computer Engineering)
Principles Digital Communication System & Computer Networks (Charles River Media Computer Engineering)
ISBN: 1584503297
EAN: 2147483647
EAN: 2147483647
Year: 2003
Pages: 313
Pages: 313
Authors: K V Prasad
- Table of Contents
- BackCover
- Principles of Digital Communication Systems and Computer Networks
- Preface
- Part I: Digital Communication Systems
- Chapter 1: Basics of Communication Systems
- 1.2 TYPES OF COMMUNICATION
- 1.3 TRANSMISSION IMPAIRMENTS
- 1.4 ANALOG VERSUS DIGITAL TRANSMISSION
- Chapter 2: Information Theory
- 2.2 ENTROPY OF AN INFORMATION SOURCE
- 2.3 CHANNEL CAPACITY
- 2.4 SHANNON S THEOREMS
- Chapter 3: Transmission Media
- 3.1 TWISTED PAIR
- 3.2 COAXIAL CABLE
- 3.3 OPTICAL FIBER
- 3.4 TERRESTRIAL RADIO
- 3.5 SATELLITE RADIO
- 3.6 RADIO SPECTRUM MANAGEMENT
- Chapter 4: Coding of Text, Voice, Image, and Video Signals
- 4.1 TEXT MESSAGES
- 4.2 VOICE
- 4.3 IMAGE
- 4.4 VIDEO
- Chapter 5: Error Detection and Correction
- 5.2 ERROR DETECTION
- 5.3 ERROR CORRECTION
- Chapter 6: Digital Encoding
- 6.2 CATEGORIES OF ENCODING SCHEMES
- 6.3 NON-RETURN TO ZERO INVERTIVE (NRZ-I)
- 6.4 NON-RETURN TO ZERO LEVEL (NRZ-L)
- 6.5 MANCHESTER
- 6.6 RS232 STANDARD
- 6.7 BIPOLAR ALTERNATE MARK INVERSION (BIPOLAR AMI)
- 6.8 HIGH-DENSITY BIPOLAR 3 (HDB3)
- Chapter 7: Multiplexing
- 7.2 FREQUENCY DIVISION MULTIPLEXING
- 7.3 TIME DIVISION MULTIPLEXING
- 7.4 WAVE DIVISION MULTIPLEXING
- Chapter 8: Multiple Access
- 8.1 FREQUENCY DIVISION MULTIPLE ACCESS
- 8.2 SPACE DIVISION MULTIPLE ACCESS
- 8.3 TIME DIVISION MULTIPLE ACCESS
- 8.4 FDMATDMA
- 8.5 CODE DIVISION MULTIPLE ACCESS
- 8.6 ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING (OFDM)
- 8.7 CARRIER SENSE MULTIPLE ACCESS (CSMA)
- Chapter 9: Carrier Modulation
- 9.2 WHY MODULATION?
- 9.3 TYPES OF MODULATION
- 9.4 COMPARISON OF DIFFERENT MODULATION TECHNIQUES
- 9.5 ANALOG MODULATION TECHNIQUES
- 9.6 DIGITAL MODULATION TECHNIQUES
- Chapter 10: Issues in Communication System Design
- 10.1 DATA RATES
- 10.2 ERROR DETECTION AND CORRECTION
- 10.3 MODULATION TECHNIQUES
- 10.4 PERFORMANCE CRITERIA
- 10.5 SECURITY ISSUES
- 10.6 RADIO SYSTEM DESIGN ISSUES
- 10.7 TELECOMMUNICATION STANDARDS
- 10.8 COST
- Chapter 11: Public Switched Telephone Network
- 11.1 PSTN NETWORK ELEMENTS
- 11.2 LOCAL LOOP
- 11.3 SWITCHING CONCEPTS
- 11.4 TRUNKING SYSTEMS
- 11.5 SIGNALING
- Chapter 12: Terrestrial Radio Communication Systems
- 12.2 RADIO COMMUNICATION SYSTEM
- 12.3 BROADCASTING SYSTEMS
- 12.4 WIRELESS LOCAL LOOPS
- 12.5 CORDLESS TELEPHONY
- 12.6 TRUNKED RADIO SYSTEMS
- Chapter 13: Satellite Communication Systems
- 13.2 ARCHITECTURE OF A SATELLITE COMMUNICATION SYSTEM
- 13.3 PROBLEMS IN SATELLITE COMMUNICATION
- 13.4 MULTIPLE ACCESS TECHNIQUES
- 13.5 A REPRESENTATIVE NETWORK
- Chapter 14: Optical Fiber Communication Systems
- 14.2 OPTICAL NETWORKS
- 14.3 BROADBAND SERVICES TO THE HOMEOFFICE
- Part II: Data Communication Protocols and Computer Networking
- Chapter 15: Issues in Computer Networking
- 15.1 THE BEGINNING OF THE INTERNET
- 15.2 SERVICES AND APPLICATIONS
- 15.3 PACKET SWITCHING CONCEPTS
- 15.4 ISSUES IN COMPUTER NETWORKING
- 15.5 NEED FOR LAYERED APPROACH AND PROTOCOL STANDARDS
- Chapter 16: ISOOSI Protocol Architecture
- 16.1 OSI REFERENCE MODEL
- 16.2 PHYSICAL LAYER
- 16.3 DATALINK LAYER
- 16.4 NETWORK LAYER
- 16.5 TRANSPORT LAYER
- 16.6 SESSION LAYER
- 16.7 PRESENTATION LAYER
- 16.8 APPLICATION LAYER
- Chapter 17: Local Area Networks
- 17.2 LAN TRANSMISSION MEDIA
- 17.3 LAN TOPOLOGIES
- 17.4 MEDIUM ACCESS CONTROL PROTOCOLS IN LANS
- 17.5 LAN STANDARDS
- 17.6 LAN BRIDGE
- 17.7 WIRELESS LANS
- Chapter 18: Wide Area Networks and X.25 Protocols
- 18.2 OVERVIEW OF X.25
- 18.3 A SATELLITE-BASED X.25 NETWORK
- 18.4 ADDRESSING IN X.25 NETWORKS
- Chapter 19: Internetworking
- 19.2 THE INTERNET-THE GLOBAL NETWORK OF NETWORKS
- Chapter 20: TCPIP Protocol Suite
- 20.1 TCPIP PROTOCOL SUITE
- 20.2 OPERATION OF TCP AND IP
- 20.3 INTERNET PROTOCOL (IP)
- 20.4 TRANSMISSION CONTROL PROTOCOL (TCP)
- 20.5 USER DATAGRAM PROTOCOL (UDP)
- 20.6 TCPIP OVER SATELLITE LINKS
- 20.7 INTERPLANETARY (IPN) INTERNET
- Chapter 21: Internet Protocol (IP)
- 21.2 INTERNET ADDRESSING SCHEME
- 21.3 ADDRESS RESOLUTION PROTOCOL
- 21.4 REVERSE ADDRESS RESOLUTION PROTOCOL
- 21.5 IP DATAGRAM FORMAT
- 21.6 SUBNET ADDRESSING
- 21.7 SUPERNET ADDRESSING
- 21.8 LIMITATIONS OF IP VERSION 4
- 21.9 FEATURES OF IP VERSION 6
- 21.10 ROUTING PROTOCOLS
- 21.11 AUTONOMOUS SYSTEM
- 21.12 ROUTING WITHIN AUTONOMOUS SYSTEMS
- 21.13 ROUTING BETWEEN AUTONOMOUS SYSTEMS
- 21.14 INTERNET CONTROL MESSAGE PROTOCOL
- Chapter 22: Transport Layer Protocols-TCP and UDP
- 22.2 TRANSMISSION CONTROL PROTOCOL
- 22.3 USER DATAGRAM PROTOCOL
- 22.4 TRANSPORT LAYER SECURITY
- Chapter 23: Distributed Applications
- 23.2 MULTIPURPOSE INTERNET MAIL EXTENSION (MIME)
- 23.3 HYPERTEXT TRANSFER PROTOCOL (HTTP)
- 23.4 LIGHTWEIGHT DIRECTORY ACCESS PROTOCOL (LDAP)
- 23.5 SIMPLE NETWORK MANAGEMENT PROTOCOL (SNMP)
- Chapter 24: The Wired Internet
- 24.1 INTERNET APPLICATIONS
- 24.2 INTERNET ARCHITECTURE
- 24.3 DOMAIN NAME SYSTEM
- 24.4 SECURITY ISSUES ON THE INTERNET
- 24.5 INTERNET ACCESS PRODUCTS
- 24.6 VIRTUAL PRIVATE NETWORKS
- Chapter 25: Network Computing
- 25.1 SOFTWARE DEVELOPMENT IN THE NETWORKING ERA
- 25.2 NETWORK COMPUTER
- 25.3 DYNAMIC DISTRIBUTED SYSTEMS
- 25.4 EMERGING APPLICATIONS
- Chapter 26: Signaling System No. 7
- 26.2 OVERVIEW OF SIGNALING SYSTEM NO. 7
- 26.3 CALL SETUP USING SS7
- 26.4 DATABASE QUERY USING SS7
- 26.5 SS7 PROTOCOL LAYERS
- 26.6 ADDRESSING AND SIGNALING UNITS
- Chapter 27: Integrated Services Digital Network
- 27.2 PRINCIPLES OF ISDN
- 27.3 ISDN ARCHITECTURE
- 27.4 ISDN STANDARDS
- 27.5 ISDN PROTOCOL ARCHITECTURE
- 27.6 ISDN CONNECTIONS
- 27.7 BROADBAND ISDN
- Chapter 28: Frame Relay
- 28.2 FRAME RELAY NETWORK
- 28.3 FRAME FORMAT
- 28.4 CONGESTION CONTROL
- 28.5 LOCAL MANAGEMENT INTERFACE
- 28.6 FRAME RELAY STANDARDS
- 28.7 FRAME RELAY VERSUS X.25
- 28.8 REPRESENTATIVE FRAME RELAY NETWORKS
- Chapter 29: Asynchronous Transfer Mode
- 29.2 ATM LOGICAL CONNECTIONS
- 29.3 CALL ESTABLISHMENT IN ATM NETWORKS
- 29.4 ATM PROTOCOL ARCHITECTURE
- 29.5 ATM CELL STRUCTURE
- 29.6 TRANSMISSION OF ATM CELLS
- 29.7 ATM FOR MULTIMEDIA
- Part III: Mobile Computing and Convergence Technologies
- Chapter 30: Radio Paging
- 30.2 TYPES OF PAGERS
- 30.3 FREQUENCIES OF OPERATION
- 30.4 PAGING PROTOCOLS
- 30.5 ADVANCES IN RADIO PAGING
- Chapter 31: Cellular Mobile Communication Systems
- 31.1 PRINCIPLES OF CELLULAR MOBILE COMMUNICATIONS
- 31.2 CELLULAR SYSTEM DESIGN ISSUES
- 31.3 MOBILE COMMUNICATIONS STANDARDS
- 31.4 GSM ARCHITECTURE
- 31.5 ENHANCEMENTS OF GSM STANDARDS
- 31.6 MOBILE SATELLITE SYSTEMS
- Chapter 32: Global Positioning System
- 32.2 GPS RECEIVER
- 32.3 DIFFERENTIAL GPS
- 32.4 APPLICATIONS OF GPS
- 32.5 COMMERCIAL GPS RECEIVERS
- 32.6 DEVELOPING APPLICATIONS USING GPS RECEIVERS
- Chapter 33: Wireless Internet
- 33.2 WIRELESS INTERNET ROADMAP: GENERATIONS OF WIRELESS NETWORKS
- 33.3 WIRELESS INTERNET APPLICATIONS
- 33.4 WIRELESS APPLICATION PROTOCOL
- 33.5 2.5G WIRELESS NETWORKS
- 33.6 THIRD GENERATION (3G) WIRELESS NETWORKS
- Chapter 34: Multimedia Communication over IP Networks
- 34.1 IP NETWORKS AND MULTIMEDIA COMMUNICATION
- 34.2 ARCHITECTURE FOR MULTIMEDIA COMMUNICATIONS OVER IP NETWORKS
- 34.3 PROTOCOL STANDARDS FOR MULTIMEDIA COMMUNICATIONS OVER IP NETWORKS
- 34.4 VOICE AND VIDEO OVER IP
- 34.5 FAX OVER IP
- 34.6 CISCO S ARCHITECTURE FOR VOICE, VIDEO, AND INTEGRATED DATA (AVVID)
- 34.7 MERGER OF DOTCOM AND TELECOM OR THE DEATH OF PSTN?
- 34.8 JAVA MEDIA FRAMEWORK
- Chapter 35: Computer Telephony Integration and Unified Messaging
- 35.1 NEED FOR CTI
- 35.2 TECHNOLOGY INGREDIENTS OF CTI
- 35.3 TEXT-TO-SPEECH CONVERSION
- 35.4 INTERACTIVE VOICE RESPONSE SYSTEMS
- 35.5 AUTOMATIC SPEECH RECOGNITION
- 35.6 CALL CENTERS
- 35.7 UNIFIED MESSAGING
- 35.8 VOICEXML
- Chapter 36: Wireless PersonalHome Area Networks
- 36.2 OVERVIEW OF BLUETOOTH
- 36.3 HOMERF
- 36.4 IRDA
- 36.5 IEEE 802.1X
- Chapter 37: Telecommunications Management Network
- 37.1 OVERVIEW OF TMN
- 37.2 TMN BUILDING BLOCKS
- 37.3 TMN STANDARD INTERFACES
- Chapter 38: Information Security
- 38.2 SURVEILLANCE
- 38.3 THE DANGERS OF MOBILE PHONES
- 38.4 CRYPTOGRAPHY
- 38.5 STEGANOGRAPHY
- Chapter 39: Futuristic Technologies and Applications
- 39.2 CONVERGENCE OF NETWORKS
- 39.3 EMERGING APPLICATIONS
- 39.4 THE CHALLENGES
- Appendix A: Glossary
- Appendix B: Acronyms and Abbreviations
- Appendix C: Solutions to Selected Exercises
- CHAPTER 2
- CHAPTER 3
- CHAPTER 4
- CHAPTER 5
- CHAPTER 6
- CHAPTER 7
- CHAPTER 8
- CHAPTER 9
- CHAPTER 10
- CHAPTER 11
- CHAPTER 12
- CHAPTER 13
- CHAPTER 14
- CHAPTER 15
- CHAPTER 16
- CHAPTER 17
- CHAPTER 18
- CHAPTER 19
- CHAPTER 20
- CHAPTER 21
- CHAPTER 22
- CHAPTER 23
- CHAPTER 24
- CHAPTER 25
- CHAPTER 26
- CHAPTER 27
- CHAPTER 28
- CHAPTER 29
- CHAPTER 30
- CHAPTER 31
- CHAPTER 32
- CHAPTER 33
- CHAPTER 34
- CHAPTER 35
- CHAPTER 36
- CHAPTER 37
- CHAPTER 38
- Index
- Index_A
- Index_B
- Index_C
- Index_D
- Index_E
- Index_F
- Index_G
- Index_H
- Index_I
- Index_J
- Index_K
- Index_L
- Index_M
- Index_N
- Index_O
- Index_P
- Index_Q
- Index_R
- Index_S
- Index_T
- Index_U
- Index_V
- Index_W
- Index_X-Z
- List of Figures
- List of Tables
- List of Listings
Principles Digital Communication System & Computer Networks (Charles River Media Computer Engineering)
ISBN: 1584503297
EAN: 2147483647
EAN: 2147483647
Year: 2003
Pages: 313
Pages: 313
Authors: K V Prasad