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· 제목 : Ethernet Passive Optical Networks (Hardcover) 
· 분류 : 외국도서 > 기술공학 > 기술공학 > 텔레커뮤니케이션
· ISBN : 9780071445627
· 쪽수 : 307쪽
· 출판일 : 2005-03-22
· 분류 : 외국도서 > 기술공학 > 기술공학 > 텔레커뮤니케이션
· ISBN : 9780071445627
· 쪽수 : 307쪽
· 출판일 : 2005-03-22
목차
PREFACE
ACKNOWLEDGMENTS
Part 1: Overview of Access Network Architectures
Chapter 1: Introduction
Chapter 2: Overview of PON Enabling Technologies
Chapter 3: Access Network Architectures Based on TDMA PON
Chapter 4: Emergence of Ethernet PON
Part 2: EPON Architecture
Chapter 5: EPON Overview
Chapter 6: Logical Topology Emulation
Chapter 7: Laser Control Function
Chapter 8: Multi-Point Control Protocol: A Formal Specification
Chapter 9: Forward Error Correction
Part 3: System-Level Issues
Chapter 10: EPON Encryption
Chapter 11: Path Protection in EPON
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Part 1: Overview of Access Network Architectures
Chapter 1: Introduction
Chapter 2: Overview of PON Enabling Technologies
Chapter 3: Access Network Architectures Based on TDMA PON
Chapter 4: Emergence of Ethernet PON
Part 2: EPON Architecture
Chapter 5: EPON Overview
Chapter 6: Logical Topology Emulation
Chapter 7: Laser Control Function
Chapter 8: Multi-Point Control Protocol: A Formal Specification
Chapter 9: Forward Error Correction
Part 3: System-Level Issues
Chapter 10: EPON Encryption
Chapter 11: Path Protection in EPON
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 2: Overview of PON Enabling Technologies
Chapter 3: Access Network Architectures Based on TDMA PON
Chapter 4: Emergence of Ethernet PON
Part 2: EPON Architecture
Chapter 5: EPON Overview
Chapter 6: Logical Topology Emulation
Chapter 7: Laser Control Function
Chapter 8: Multi-Point Control Protocol: A Formal Specification
Chapter 9: Forward Error Correction
Part 3: System-Level Issues
Chapter 10: EPON Encryption
Chapter 11: Path Protection in EPON
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 4: Emergence of Ethernet PON
Part 2: EPON Architecture
Chapter 5: EPON Overview
Chapter 6: Logical Topology Emulation
Chapter 7: Laser Control Function
Chapter 8: Multi-Point Control Protocol: A Formal Specification
Chapter 9: Forward Error Correction
Part 3: System-Level Issues
Chapter 10: EPON Encryption
Chapter 11: Path Protection in EPON
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 5: EPON Overview
Chapter 6: Logical Topology Emulation
Chapter 7: Laser Control Function
Chapter 8: Multi-Point Control Protocol: A Formal Specification
Chapter 9: Forward Error Correction
Part 3: System-Level Issues
Chapter 10: EPON Encryption
Chapter 11: Path Protection in EPON
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 7: Laser Control Function
Chapter 8: Multi-Point Control Protocol: A Formal Specification
Chapter 9: Forward Error Correction
Part 3: System-Level Issues
Chapter 10: EPON Encryption
Chapter 11: Path Protection in EPON
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 9: Forward Error Correction
Part 3: System-Level Issues
Chapter 10: EPON Encryption
Chapter 11: Path Protection in EPON
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 10: EPON Encryption
Chapter 11: Path Protection in EPON
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Part 4: EPON Performance
Chapter 12: Baseline Efficiency
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 13: Discovery Slot Allocation
Chapter 14: EPON with Static Slot Assignment
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 15: EPON with Dynamic Slot Assignment
Chapter 16: Support for Differential Classes of Service
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 17: Objectives of EPON Scheduling Algorithm
Chapter 18: Cousin-Fair Hierarchical Scheduling in EPON
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
Chapter 19: Conclusion
APPENDIX A: CHARACTERISTICS OF NETWORK TRAFFIC
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
APPENDIX B: SYNTHETIC TRAFFIC GENERATION
BIBLIOGRAPHY
INDEX
INDEX
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