Trang 1 bộ giáo dục và đào tạo Trang 2 Từ những kiến thức cũng như những ứng dụng thực tế, qua một thời gian được học trong giai đoạn đại học cũng như cao học tại trường đại học Bỏch K
bộ giáo dục đào tạo trờng đại học bách khoa hµ néi - luận văn thạc sĩ khoa học Ip wdm ngành : kỹ thuật điện tử mà số:2 đỗ Lê Linh Ngời hớng dẫn khoa học: GS-TS Trần đức hân Hà Nội 2008 Tai ngay!!! Ban co the xoa dong chu nay!!! 17057204985241000000 LỜI CAM ĐOAN Từ kiến thức ứng dụng thực tế, qua thời gian học giai đoạn đại học cao học trường đại học Bách Khoa Hà Nội, đồng ý hướng dẫn PGS-TS Trần Cơng Hân, tơi tìm hiểu thêm sách báo, tạp chí tài liệu mạng, từ tập hợp thơng tin để hồn thành đồ án Do trình độ có hạn chưa có kiến thức thực tế triển khai mạng IP/WDM nên có sai sót, mong thầy góp ý kiến Tơi xin cam đoan lời kể thật, sai tơi hồn tồn chịu trách nhiệm Học viên: Đỗ Lê Linh SUMARY The main object of this thesis is IO over WDM system This thesis includes chapters Basic components, principles, networking models and evolution of WDM are discussed in chapter I This chapter also talk over the convergence of IP and WDM technologies is on the roadmapping of telecommunication technology in general and optical communication in particular In chapter II, basic components including IP/WDM networking architectures, IP/WDM connection models and service models is introduced in detail via important elements such as , optical packet switching, optical burst switching, peer to peer connection model, IP over reconfigurable WDM, IP over switched WDM, domain service model and unified service model In chapter 3, the thesis focus on transport function of IP/WDM network including aspects of network addresses, routing and signaling techniques in IP/WDM, access network control, and inter-domain network control In Chapter 4, the thesis investigate the traffic engineering in IP/WDM which is discussed in detail in calculation models, measurement methods and capacity calculation TÓM TẮT LUẬN VĂN Đối tượng nghiên cứu luận văn hệ thống IP WDM Luận văn trình bày thành chương Những thành phần bản, ngun lý, mơ hình mạng giai đoạn phát triển WDM trình bày chương I Sự hội tụ hai công nghệ IP WDM xu hướng tất yếu tiến hóa cơng nghệ viễn thơng nói chung cơng nghệ truyền dẫn thơng tin quang nói riêng trình bày chương Trong chương II, thành phần bao gồm kiến trúc mạng IP/WDM, mơ hình kết nối IP/WDM mơ hình dịch vụ luận văn giới thiệu chi tiết qua yếu tố quan trọng chuyển mạch gói quang, chuyển mạch cụm quang, mơ hình kết nối điểm-điểm, mơ hình mạng có khả tái cấu hình, mơ hình dựa ngun tắc chuyển mạch, mơ hình miền dịch vụ mơ hình miền dịch vụ thống Trong chương 3, luận văn tập trung nghiên cứu chức truyền tải mạng IP/WDM bao gồm khía cạnh địa mạng, kỹ thuật báo hiệu định tuyến IP/WDM, điều khiển truy cập mạng điều khiển mạng liên miền Chương luận văn nghiên cứu kỹ thuật lưu lượng điều khiển lưu lượng cho hệ thống IP qua WDM Thiết kế lưu lượng cho hệ thống IP/WDM luận văn thể chi tiết mơ hình tính tính tốn phương pháp đo lường tính tốn lưu lượng SUMARY The main object of this thesis is IO over WDM system This thesis includes chapters Basic components, principles, networking models and evolution of WDM are discussed in chapter I This chapter also talk over the convergence of IP and WDM technologies is on the roadmapping of telecommunication technology in general and optical communication in particular In chapter II, basic components including IP/WDM networking architectures, IP/WDM connection models and service models is introduced in detail via important elements such as , optical packet switching, optical burst switching, peer to peer connection model, IP over reconfigurable WDM, IP over switched WDM, domain service model and unified service model In chapter 3, the thesis focus on transport function of IP/WDM network including aspects of network addresses, routing and signaling techniques in IP/WDM, access network control, and inter-domain network control In Chapter 4, the thesis investigate the traffic engineering in IP/WDM which is discussed in detail in calculation models, measurement methods and capacity calculation BẢNG TRA CỨU CÁC TỪ VIẾT TẮT A API APS ARP ARQ AS ASBR ASN ASON AWHG Application Program Interface Automatic Protection Switching Address Resolution Protocol Automatic Repeat Request Autonomous System AS Boundary Router Abstract Syntax Notation Automatic Switched Optical Network Average Weighted Hop-distance Gain B BER BFR BGMP BGP BLSR BPSR Bit Error Rate (ratio) Best-Fit Rate routing Border Gateway Multicast Protocol Border Gateway Protocol Bi-directional Line Switched Ring Bi-directional Path Switched Ring C CBR CIDR CLNP CMIP CORBA CPE CR-LDP CSPF CTP CWDM Constant Bit Rate Classless Interdomain Routing Connectionless Network Protocol Common Management Information Protocol Common Object Request Broker Architecture Customer Premises Equipment Constraint-based Routing Label Distribution Protocol Constraint-based Shortest Path First routing Connection Termination Point Coarse Wavelength Division Multiplexing D DCC DCN DD OSPF DHCP DWDM DCX Data Communication Channel Data Communication Network Database Description message Dynamic Host Configuration Protocol Defense Wavelength Division Multiplexing Digital Cross Connect E EBGP Exterior Border Gateway Protocol ECMP EDFA EGP Equal Cost Multiple Path Erbium-Doped Fibre Amplifier Exterior Gateway Protocol F FEC FIB FIN FQ FTTH FTTN FWM Forward Error Correction, Forwarding Equivalence Class Forwarding Information Base Finish Flag (TCP header) Fair Queuing Fibre to the Home Fibre to the Neighbourhood Four Wave Mixing G GMPLS GSMP Generalised Multiprotocol Label Switching General Switch Control Protocol I IAB IANA IBGP ICMP ID IDMR IDRP IGMP IGP INNI IPng IPSec ISDN IS-IS Internet Architecture Board Internet Assigned Numbers Authority Interior Border Gateway Protocol Internet Control Message Protocol Identifier Inter-Domain Multicast Routing Inter-Domain Routing Protocol Internet Group Management Protocol Interior Gateway Protocol Internal Network-to-Network Interface IP next generation IP Security Integrated Service Digital Network Intermediate System to Intermediate System routing protocol J JIT Just In Time L LBS LC LDAP LDP LIB LinkTP Label-Based Switching Link Connection Lightweight Directory Access Protocol Label Distribution Protocol Label Information Base Link Termination Point LLR LMP LOF LOS LSA LSP LSR LSU LTE Least Loaded Routing Link Management Protocol Loss of Frame Loss of Signal Link State Advertisement Label Switched Path Label Switch Router, Link State Request Link State Update Line Terminating Equipment M MAC MAN MIB MONET MOSPF MPlS MPLS Media Access Control Metropolitan Area Network Management Information Base Multiwavelength Optical Networking Consortium Multicast Open Path Shortest First Multiprotocol Lambda Switching Multiprotocol Label Switching N NAT NBMA NC&M NDP NE NFS NGI NHRP NIC NSAP Network Address Translation NonBroadcast Multiple Access Network Control and Management Neighbour Discovery Protocol Network Element Network File System Next Generation Internet Next Hop Resolution Protocol Network Interface Card Network Service Access Point O OADM OAM OAM&P OBS OLS OLSR OMS OPR OSCP OSPF OSPF-OMP Optical Add/Drop Multiplexer Operations and Maintenance Operations, Administration, Maintenance, and Provisioning Optical Burst Switching Optical Label Switching Optical Label Switching Router Optical Multiplex Section Optical Packet Router Optical Switch Control Protocol Open Shortest Path First protocol OSPF Optimised Multi Path OTS OVPN OXC Optical Transmission Section Optical Virtual Private Network Optical Cross Connect P PDU PE PHB PHY PNNI PON PPP PSTN PTE PVC Protocol Data Unit Provider Edge Per Hop Behaviour Physical layer Private Network-to-Network Interface Passive Optical Network Point to Point Protocol Public Switched Telephone Network Path Terminating Equipment Permanent Virtual Circuit Q QA QoS Q-Adaptor Quality of Service R RARP RIP RMP RMTP RPC RPF RSpec RSVP RTCP RTP RTT Reverse Address Resolution Protocol Routing Information Protocol Reliable Multicast Protocol Reliable multicast Transfer Protocol Remote Procedure Call Reverse Path Forwarding Resource Specification Resource Reservation Protocol Real-Time Transport Control Protocol Real-Time Transport Protocol Round Trip Time S SAN SAP SDH SDU SLA SLIP SML SMTP SNC Storage Area Network Service Access Point Synchronous Digital Hierarchy Service Data Unit Service Level Agreement Serial Line Internet Protocol Service Management Layer Simple Mail Transfer Protocol SubNetwork Connection SNMP SNR SPF SRLG SS7 SSL SVC Simple Network Management Protocol Signal-to-Noise Ratio Shortest Path First Shared Risk Link Group Signalling System Number Secure Socket Layer Switched Virtual Circuit T TCP TE TECP TED TIA TMN TOS TReq TResp TSpec TTL TTP Transmission Control Protocol Terminal Equipment, Traffic Engineering Traffic Engineering to Control Protocol Traffic Engineering Database Telecommunications Industry Association Telecommunications Management Network Type of Service Trail Request message Trail Response message Traffic Specification Time To Live Trail Termination Point U UBR UDP ULSR UNI UNI-C UNI-N UPSR UTP Unspecified Bit Rate User Datagram Protocol Unidirectional Line Switched Ring User to Network Interface User Network Interface - Client side (signaling functionality) User Network Interface - Network side (signaling functionality) Unidirectional Path Switched Ring Unshielded Twisted Pair V VBR VC VCC VCI VLAN VPC VPI VPN VoIP VT Variable Bit Rate Virtual Channel Virtual Channel Connection Virtual Channel Identifier Virtual Local Area Network Virtual Path Connection Virtual Path Identifier Virtual Private Network Voice over IP Virtual Tributary