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- AAL5
- ATM Adaptation Layers, 4.3 Classical IP and
- abstraction
- 2.2.1 Network Interface Layer
- address
- Internet Layer
- Address Resolution Protocol
- 1.1 Motivation to research , 2.2.1 Network Interface Layer, 2.4 ARP
- address space
- 2.2.2 Internet Layer, 2.3 IP addressing
- algorithm
- 3.4.1 Multicast Address Resolution
- algorithmic relation
- 2.4 ARP
- ANS
- Other supported features:
- Any-cast
- Signalling UNI
- Application Protocols
- 2.2.4 Application Protocols
- Applications protocols
- Application Layer
- architectural views
- 2.5.3 Interconnection of Nodes
- aread
- 6.2.3 ATM Hardware for
- Arequipa
- Other supported features:
- ARP cache
- ARP on a Broadcast
- ARP entity
- 2.4.1 ARP on a
- ARPANET
- 2 The Internet Protocol
- Asynchronous Transfer Mode
- 1 Introduction, 4 ATMLANE and
- ATM
- 1 Introduction, 2 The Internet Protocol , 2.5 Implementation Architecture of , 3.6 Data Forwarding between , 5.1 RFC 2022 Concepts
- ATM Adaptation Layers
- ATM Adaptation Layers
- ATM as Network Interface
- ARP on a non-broadcast
- ATM Bearer Service
- ATM Bearer Service, 4.2 LAN Emulation (LANE)
- ATM Cells
- Physical Layer, Virtual Connections
- ATM Forum
- 1.2.1 Original Problem Statement, 4.2 LAN Emulation (LANE)
- ATM hosts
- 4.1.2 Network Structure
- ATM level
- ATM Adaptation Layers
- ATM networks
- 4.1 Asynchronous Transfer Mode
- ATM over TCP
- The following Physical Interface
- ATM protocol stack
- 4.1.1 Basic Concepts
- ATM provider
- 5.2.1 VC Mesh
- ATM signalling protocols
- UNI 3.1 or 4.0 Multicast
- ATM switch
- 5.2.1 VC Mesh
- ATM switches
- 4.1.2 Network Structure
- ATM-switch
- 6.2.4 Connecting the Hardware
- ATMARP
- 6.2.5 Internal Structure of
- ATMARP daemon
- 6.2.5 Internal Structure of
- ATMARP server
- ARP on a non-broadcast , 4.3 Classical IP and , 5.1 RFC 2022 Concepts
- ATMARPd
- 6.2.5 Internal Structure of
- ATMSIGd
- 6.2.5 Internal Structure of
- Authority and Format Identifier
- Native ATM addresses
- Available Bit-Rate
- ATM Transport Layer
- awrite
- 6.2.3 ATM Hardware for
- B-ISDN
- 4.1 Asynchronous Transfer Mode
- back-to-back
- 6.2.4 Connecting the Hardware
- bandwidth
- 1 Introduction
- Bellcore
- 7.3 Available Source Code
- black box
- 2.1.5 Network View in
- bottleneck
- Pros and Cons of
- broadcast
- 1.1 Motivation to research , Network Interface Layer, 2.3 IP addressing, ARP on a non-broadcast , 3.6 Data Forwarding between
- Broadcast and Unknown Server
- 1.2.1 Original Problem Statement, 4.2.1 LANE Architecture
- broadcast LAN
- 2.4.1 ARP on a , ARP on a Broadcast
- broadcasting
- IP router
- BSD socket API
- 6.1.1 BSD Socket API
- BUS
- 4.2.1 LANE Architecture, 7.3 Available Source Code
- bypass cluster-boundaries
- 5.7.3 Comments on EARTH
- C programming language
- 7.3.1 Time scale of
- cables
- Physical Layer
- CBR
- ATM Transport Layer
- Cell
- ATM Transport Layer
- Cell Delay
- ATM Transport Layer
- Cell Delay Variation
- ATM Transport Layer
- Cell-Loss Ratio
- ATM Transport Layer
- class
- 2.3 IP addressing
- Class D
- Multicasting, Periodic Host Membership Queries, 5.1 RFC 2022 Concepts, 5.3 Multicast Address Resolution
- Classical IP and ARP over ATM
- 1.1 Motivation to research , ARP on a non-broadcast , 4.3 Classical IP and , 5.3 Multicast Address Resolution
- client-part
- Application Layer
- CLIP
- 5.5 IP Multicast Transmission , 5.6 Integration of the , 6.2.5 Internal Structure of , 6.3.2 Configuration of Classical
- CLIP code
- 7.1.1 MARS Cluster Member
- cloud
- 2.1.2 Network View, 2.1.5 Network View in
- cluster boundaries
- LLC/SNAP encapsulation
- Cluster Member Identifier
- 5.4 MARS Group Management
- cluster members
- 5.4 MARS Group Management
- ClusterControlVC
- 5.4 MARS Group Management, 7.1.2 MARS Server
- CMI
- Discussion of the multicast
- collisions
- 4.2 LAN Emulation (LANE)
- communicating virtually
- 2.1.1 Protocol Stack View
- component
- 2.1.2 Network View
- conferencing
- 1 Introduction, 3.7 IP Multicast Usage
- connection oriented
- 4.1.1 Basic Concepts
- connection table
- Pros and Cons of
- connectionless traffic
- ATM Adaptation Layers
- connectionless traffic over ATM
- Virtual Connections
- connectors
- Physical Layer
- Constant Bit-Rate
- ATM Transport Layer
- control plane
- 2.5.2 Protocol Entities in , 5.2.1 VC Mesh
- copy service
- 3.1.1 Discussion, Copy Service Implementation Choices, 7.3 Available Source Code
- copying entity
- 3.1.1 Discussion
- cross-connect tables
- Virtual Connections
- CSMA-CD
- 4.2 LAN Emulation (LANE)
- Data Country Codes
- Native ATM addresses
- Datacom
- 4.1 Asynchronous Transfer Mode
- Definition of Multicasting
- 3.1 Multicasting
- device driver
- 6.2.5 Internal Structure of
- Device drivers
- 6.1.2 Kernel-space vs. User-space
- devices
- 2.1.5 Network View in
- discard reflected
- LLC/SNAP encapsulation
- distributed protocol stack view
- 2.1.2 Network View, 2.1.5 Network View in
- distributed view
- 5.5 IP Multicast Transmission
- Domain Specific Part
- Native ATM addresses
- E.164
- Native ATM addresses
- EARTH
- 5.7 IP Multicast over
- ELAN
- 4.2.1 LANE Architecture
- Emulated LAN
- 4.2.1 LANE Architecture
- encapsulation
- 4.3 Classical IP and
- End-System Identifier
- Native ATM addresses
- endpoint
- Internet Layer
- Ethernet
- 1.1 Motivation to research , 2 The Internet Protocol , 2.4 ARP, ARP on a Broadcast , 4 ATMLANE and , 4.2 LAN Emulation (LANE), 5 IP Multicasting over , 6.2.5 Internal Structure of
- Ethernet ARP
- 4.3 Classical IP and
- Ethernet MAC address
- Native ATM addresses
- example implementation
- 7.3 Available Source Code
- FDDI
- 4.1 Asynchronous Transfer Mode
- FIFO
- 5.2.1 VC Mesh
- forwarding
- 3 IP multicasting
- functionality
- 2.1.4 IETF Layer Functions, 2.5 Implementation Architecture of
- functions
- 2.1.4 IETF Layer Functions
- GNU General Public License
- 6.1 The Linux Operating
- group membership
- 3 IP multicasting
- HELLO messages
- 5.2.2 Multicast Server
- High Order DSP
- Native ATM addresses
- host
- 2.5.1 NodesHosts and
- host group
- Periodic Host Membership Queries, 5.2.1 VC Mesh, 5.2.2 Multicast Server
- host group address
- 3.3 Adding multicast support
- host group changes
- Comparison between the VC-mesh
- host group memberships
- Pros and Cons of
- host ID
- 2.4.2 Resolution for non-local
- Host Membership Query
- Periodic Host Membership Queries
- Hosts
- 2.1.5 Network View in
- HTML
- 1.3 Structure of This
- human;tex2html_html_special_mark_quot;analogue
- 2.1.1 Protocol Stack View
- IANA
- 2.3 IP addressing
- ICMP
- 2.2.2 Internet Layer
- IEEE 802.3
- 4.2 LAN Emulation (LANE)
- IEEE 802.5
- 4.2 LAN Emulation (LANE)
- IETF
- 1.2.1 Original Problem Statement, 2.1.3 IETF Protocol Stack, 3.7.1 The Multicast Backbone
, 4.3 Classical IP and
- IGMP
- 2.2.2 Internet Layer, 3.3 Adding multicast support , 5.4.1 IGMP in combination
- IGMP functions
- IGMP to MARS interface
- IGMP queries
- 5.4.1 IGMP in combination
- IGMP reports
- Periodic Host Membership Queries, 5.4.1 IGMP in combination
- IGMP_Leave
- Leaving a Host Group
- IGMP_QUERY
- Leaving a Host Group, IGMP to MARS interface
- ILMId
- 6.2.5 Internal Structure of
- implementation
- 2.2 TCP/IP Protocol Suite
- InARP
- ATMARP and InATMARP
- InATMARP
- 4.3 Classical IP and
- Information Elements
- ATM Transport Layer
- Initial Domain Identifier
- Native ATM addresses
- inter-cluster multicast
- 5.7.2 VENUS
- interconnecting network
- 2.5 Implementation Architecture of
- interface
- 2.4 ARP
- Interim Local Management Interface
- Native ATM addresses
- International Code Designator
- Native ATM addresses
- Internet
- 1.3 Structure of This , 2.3 IP addressing, 2.5.3 Interconnection of Nodes , 3.7.1 The Multicast Backbone
- Internet Control Message Protocol
- 2.2.2 Internet Layer
- Internet Group Management Protocol
- 2.2.2 Internet Layer
- Internet Protocol
- 1.1 Motivation to research , 2 The Internet Protocol , 2.2.2 Internet Layer, 3 IP multicasting
- interpreting
- 2.1.1 Protocol Stack View
- intra-cluster
- 5.5 IP Multicast Transmission
- ION
- 5.7.2 VENUS
- IP
- 2 The Internet Protocol
- IP address
- 2.4.2 Resolution for non-local
- IP host
- IP router
- IP multicast
- 5.1 RFC 2022 Concepts
- IP multicasting
- 2.5 Implementation Architecture of , 3.6 Data Forwarding between
- IP router
- 2.1.5 Network View in , 2.3 IP addressing, 2.4.1 ARP on a , IP router
- IP routing
- Virtual Connections
- IP service provider
- 2.1.5 Network View in
- IP;tex2html_html_special_mark_quot;layer
- 2.1.5 Network View in
- IPv6
- 3 IP multicasting, 3.7.1 The Multicast Backbone
, 4.5 Conclusions, 7.4.1 Integration into the
- IPX
- 4.4 Carrying Connectionless Data
- ISDN
- Native ATM addresses
- JoinLocalGroup
- 5.4 MARS Group Management
- kernel
- 6.3.1 Getting ATM operational
- kernel-space
- 6.1.2 Kernel-space vs. User-space
- LAN
- 2.1.5 Network View in
- LAN address
- 2.2.1 Network Interface Layer
- LAN clouds
- 2.5.3 Interconnection of Nodes
- LAN Emulation
- 1.1 Motivation to research , 4.2 LAN Emulation (LANE), Other supported features:
- LAN Emulation Configuration Server
- 4.2.1 LANE Architecture
- LAN Emulation Server
- 4.2.1 LANE Architecture
- LAN multicast
- IGMP to MARS interface
- LAN service provider
- 4.2.1 LANE Architecture
- LANE
- 5 IP Multicasting over
- LANE Clients
- 4.2.1 LANE Architecture
- LANE multicast
- 4.5 Conclusions
- LANE User-Network Interface
- 4.2.1 LANE Architecture
- layers
- 2.1.1 Protocol Stack View
- Leaf Initiated Join
- Signalling UNI
- LeaveLocalGroup
- 5.4 MARS Group Management
- levels of multicast support
- 3.3 Adding multicast support
- licenses
- 6.1 The Linux Operating
- Linux kernel
- 7.4 Future Developments of
- Linux operating system
- 6 Linux ATM System
- Linux-ATM
- Comparison between the VC-mesh , 6 Linux ATM System, 6.2.5 Internal Structure of
- Linux-ATM package
- 6.2.1 Currently Supported Features
- LIS
- ARP on a non-broadcast , 4.3 Classical IP and
- LLC/SNAP
- 4.3 Classical IP and , 5.5 IP Multicast Transmission
- LLC/SNAP encapsulation
- 5.5 IP Multicast Transmission , 6.2.5 Internal Structure of
- LLC/SNAP;tex2html_html_special_mark_quot;encapsulation
- 4.4 Carrying Connectionless Data
- Local Area Network
- 2 The Internet Protocol
- Logical IP Subnet
- ARP on a non-broadcast , 4.3 Classical IP and , 5.1 RFC 2022 Concepts
- loop-back
- 6.2.4 Connecting the Hardware
- MAC addresses
- 4.2.1 LANE Architecture
- MARP
- 7.1.2 MARS Server
- MARS
- 5.1 RFC 2022 Concepts
- MARS Cluster
- 5.3 Multicast Address Resolution
- MARS Cluster member
- 7.1.1 MARS Cluster Member
- MARS server
- 5.1 RFC 2022 Concepts
- MARS-Cluster
- 5.1 RFC 2022 Concepts
- MARS_GROUPLIST_REPLY
- 5.4.1 IGMP in combination
- MARS_GROUPLIST_REQUEST
- 5.4.1 IGMP in combination
- MARS_MULTI
- 5.3 Multicast Address Resolution
- MARS_NAK
- 5.3 Multicast Address Resolution
- MARS_REQUEST
- 5.3 Multicast Address Resolution
- MARSport
- 7.3 Available Source Code
- Maximum Burst Size
- ATM Transport Layer
- Maximum Transmission Unit
- 5 IP Multicasting over
- Maximum Transmit Unit
- 4.3 Classical IP and
- MBone
- 3.7 IP Multicast Usage
- MCS implementation
- Association with an IP
- membership information
- 7.1.2 MARS Server
- mIP/ATM
- 4.2.1 LANE Architecture, 4.5 Conclusions, 5.5 IP Multicast Transmission
- mrouter
- 3.3 Adding multicast support , 3.7.1 The Multicast Backbone
, IGMP to MARS interface
- multicast
- Network Interface Layer, 2.2.2 Internet Layer
- Multicast address resolution
- 3.3 Adding multicast support
- Multicast Address Resolution Server
- 5.1 RFC 2022 Concepts
- Multicast applications
- 3.7 IP Multicast Usage
- multicast LAN address
- 3.3 Adding multicast support
- multicast router
- Multicasting, 3.5.1 Basic IGMP operations, 5.4.1 IGMP in combination
- multicast routers
- 5.5 IP Multicast Transmission , 5.5 IP Multicast Transmission
- Multicast Server
- Signalling UNI, 4.2.1 LANE Architecture, 5.1 RFC 2022 Concepts
- multicast traffic
- 3.5 Internet Group Management
- multicast transmission
- Pros and Cons of
- multicast transmissions
- 3.3 Adding multicast support
- multicast tree
- Pros and Cons of
- multicasting
- 1 Introduction, 2.2 TCP/IP Protocol Suite , IP router, 3 IP multicasting
- multimedia
- 3.7 IP Multicast Usage
- multiple unicast
- Multicasting
- multipoint-to-multipoint
- Signalling UNI, 5.2 Intra-Cluster IP Multicast
- NASA
- 3.7.1 The Multicast Backbone
- NBMA
- 4.3.1 Next Hop Resolution
- Netherlands
- Native ATM addresses
- network cloud
- 2.1.2 Network View
- network description
- 1.3 Structure of This
- network ID
- 2.4.2 Resolution for non-local
- Network Identifier
- Native ATM addresses
- Network Information Service
- 1.1 Motivation to research
- Network Interface
- 2.4 ARP
- network interface layer
- 2.1.5 Network View in
- Network Service Access Point
- Native ATM addresses
- network technologies
- 2 The Internet Protocol
- Network View
- 2.1 Basic Network Description, 2.1.2 Network View
- Next Hop Resolution Protocol
- 4.3.1 Next Hop Resolution
- NFS
- 4.5 Conclusions
- NHRP
- 4.3.1 Next Hop Resolution
- NICStAR
- 6 Linux ATM System
- node
- 2.5.1 NodesHosts and
- nodes
- 2.1.1 Protocol Stack View, 2.1.5 Network View in
- non-broadcast LAN
- 2.4.1 ARP on a
- Non-Broadcast Multi-Access
- 4.3.1 Next Hop Resolution
- Operating Systems Design
- 6.1.2 Kernel-space vs. User-space
- OSI
- 2.1.3 IETF Protocol Stack, Native ATM addresses
- P-NNI
- 4.1.2 Network Structure
- packets
- 2.2.2 Internet Layer
- Payload
- ATM Transport Layer, 4.3 Classical IP and
- Peak Cell Rate
- ATM Transport Layer
- peer protocol;tex2html_html_special_mark_quot;entities
- 2.5.2 Protocol Entities in
- Permanent Virtual Connection
- ATM Signalling Entities
- Physical Layer
- 2.1.5 Network View in , 4.1.1 Basic Concepts
- physical networks
- 2 The Internet Protocol
- point of interaction
- 2.1.5 Network View in
- point-to-multipoint
- Signalling UNI, 5 IP Multicasting over , 5.2 Intra-Cluster IP Multicast , Discussion of the multicast
- point-to-multipoint VCC
- 4.2.1 LANE Architecture
- port numbers
- Transport Layer
- port-numbers
- 2.3 IP addressing
- Private Network
- 4.1.2 Network Structure
- Private UNI
- 4.1.2 Network Structure
- production environment
- 1.1 Motivation to research
- protocol entities
- 2.2 TCP/IP Protocol Suite , 2.5 Implementation Architecture of , 5.5 IP Multicast Transmission
- protocol handling function
- 2.2 TCP/IP Protocol Suite
- protocol stack
- 4.2 LAN Emulation (LANE), 5.5 IP Multicast Transmission , 6.2.5 Internal Structure of
- protocol stack view
- 2.1 Basic Network Description
- Public Network
- 4.1.2 Network Structure
- PVPC
- Virtual Connections
- QoS
- 2.2.1 Network Interface Layer, ATM Transport Layer
- Quality of Service
- 2.2.1 Network Interface Layer, 4.1 Asynchronous Transfer Mode
- querying
- 3.5 Internet Group Management
- radio
- 2 The Internet Protocol
- Re-assembly
- ATM Adaptation Layers
- redundancy for the MCS
- 5.2.2 Multicast Server
- reference models
- 2.1.3 IETF Protocol Stack
- references
- 1.3 Structure of This
- reflected packets
- 5.2.1 VC Mesh, Pros and Cons of
- reflected transmission
- Discussion of the multicast
- reliable service
- Transport Layer
- reliable transport protocol
- 3.7 IP Multicast Usage
- Request For Comment
- 1 Introduction
- resolve Class D addresses
- 7.1.1 MARS Cluster Member
- Reverse ARP
- 2.2.1 Network Interface Layer
- RFC
- 1 Introduction
- RFC 1112
- 5.1 RFC 2022 Concepts
- RFC 1577
- 1.2 Problem statement, 4.3 Classical IP and
- RFC 1626
- 4.3 Classical IP and
- RFC 1755
- 4.3 Classical IP and
- RFC 2022
- 1.2.1 Original Problem Statement, 5 IP Multicasting over
- RFC 2149
- 5.2.2 Multicast Server
- RFC 1483
- 4.3 Classical IP and
- root
- Signalling UNI, 5.2 Intra-Cluster IP Multicast
- router
- 2.5.1 NodesHosts and
- routers
- 2.1.5 Network View in
- routing
- 2.2.2 Internet Layer
- SAAL
- ATM Signalling Entities
- SAP
- 2.1.5 Network View in
- satellites
- 2 The Internet Protocol
- SCSP
- 5.7.1 EARTH
- SDH
- Physical Layer
- SDU
- 4.4.1 Packet Encapsulation
- Segmentation
- ATM Adaptation Layers
- SEL
- Native ATM addresses
- selector byte
- Native ATM addresses, 5.1 RFC 2022 Concepts
- server-part
- Application Layer
- ServerControlVC
- 5.4 MARS Group Management, 7.1.2 MARS Server
- Service Access Point
- 2.1.5 Network View in
- Service Category
- ATM Transport Layer
- Service Data Unit
- 4.4.1 Packet Encapsulation
- Service Provider
- 2.1.1 Protocol Stack View, 2.1.5 Network View in
- Service User
- 2.1.1 Protocol Stack View, 2.1.5 Network View in
- services
- 2.1.1 Protocol Stack View
- signalling
- Virtual Connections, The following connection types
- Signalling ATM Adaptation Layer
- ATM Signalling Entities
- signalling daemon
- 6.3.1 Getting ATM operational
- signalling overhead
- 5.2.1 VC Mesh
- simultaneous multiple sends
- Pros and Cons of
- single point of failure
- 5.2.1 VC Mesh, Pros and Cons of
- socket
- 6.1.1 BSD Socket API
- Solaris
- 6 Linux ATM System
- Solaris/Sparc implementation
- 7.3.1 Time scale of
- SONET
- Physical Layer
- statistical multiplexing
- ATM Transport Layer
- subscriptions to host group
- 3.3 Adding multicast support
- subset of the UNI 3.1
- UNI 3.1 or 4.0 Multicast
- Sustainable Cell Rate
- ATM Transport Layer
- Switched Virtual Connections
- ATM Signalling Entities
- Synchronous Digital Hierarchy
- Physical Layer
- Synchronous Optical NETwork
- Physical Layer
- TCP
- 2 The Internet Protocol , 2.2.3 Transport Protocols
- TCP/IP
- 2.2 TCP/IP Protocol Suite
- TCP/IP implementation model
- 2.4.1 ARP on a
- TCP/IP protocol suite
- 2 The Internet Protocol
- Telecom
- 4.1 Asynchronous Transfer Mode
- telephone companies
- 4.1 Asynchronous Transfer Mode
- telephone networks
- 4.1.1 Basic Concepts
- telephone-wires
- 2 The Internet Protocol
- temporary connections
- Pros and Cons of
- temporary solution
- UNI 3.1 or 4.0 Multicast
- three issues
- 5.1 RFC 2022 Concepts
- timing relation
- ATM Adaptation Layers
- Token-Ring
- 4 ATMLANE and , 4.2 LAN Emulation (LANE)
- traffic contract
- ATM Transport Layer
- Traffic Descriptor
- ATM Transport Layer
- Transfer Mode
- ATM Transport Layer
- Transmission Control Protocol
- 2 The Internet Protocol , 2.2.3 Transport Protocols
- transmitting
- 2.1.1 Protocol Stack View
- Transport layer
- Transport Layer
- Transport Protocols
- 2.2.3 Transport Protocols
- tunnelling
- 3.3 Adding multicast support
- tunnels
- 3.7.1 The Multicast Backbone
- UDP
- 2.2.3 Transport Protocols
- UNI 3.1
- Signalling UNI, 5.2 Intra-Cluster IP Multicast , 6.2.2 Supposed Point-to-Multipoint SVC
- UNI 4.0
- Signalling UNI
- unicast
- Network Interface Layer, ARP on a non-broadcast
- unidirectional VCCs
- Signalling UNI
- Universal Resource Locators
- 1.3 Structure of This
- University of Twente
- 1.1 Motivation to research , Native ATM addresses
- Unix
- 6.1 The Linux Operating
- UNI 4.0
- UNI 3.1 or 4.0 Multicast
- Unshielded Twisted Pair
- Physical Layer
- Unspecified Bit-Rate
- ATM Transport Layer
- upper protocol layers
- 2.1.5 Network View in , 5.5 IP Multicast Transmission
- URL
- 1.3 Structure of This
- User Datagram Protocol
- 2.2.3 Transport Protocols
- user-space
- 6.1.2 Kernel-space vs. User-space
- user;tex2html_html_special_mark_quot;plane
- 2.5.2 Protocol Entities in
- Variable Bit-Rate
- ATM Transport Layer
- VC multiplexing
- 4.3 Classical IP and
- VC-mesh
- 5.1 RFC 2022 Concepts
- VCC
- Virtual Connections
- VCI
- ATM Transport Layer
- VCL
- Virtual Connections
- VC multiplexing
- 4.4 Carrying Connectionless Data
- VENUS
- 5.7 IP Multicast over
- Virtual Channel Connection
- ATM Adaptation Layers
- Virtual Channel Identifier
- ATM Transport Layer
- Virtual Channel Link
- Virtual Connections
- Virtual Path Identifier
- ATM Transport Layer
- Virtual Path Link
- Virtual Connections
- VPI
- ATM Transport Layer
- VPI/VCI pair
- 4.5 Conclusions
- web-sites
- 1.3 Structure of This
- World Wide Web
- 1 Introduction
- WWW
- 1 Introduction
- X.25
- 4.3.1 Next Hop Resolution
Simon Oosthoek
Wed Jul 9 17:11:08 CEST 1997