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Network convergence : Ethernet appli...

Joseph, Vinod

Network convergence : Ethernet applications and next generation packet transport architectures

紀錄類型:	書目-語言資料,印刷品 : 單行本
副題名:	Ethernet applications and next generation packet transport architectures
作者:	JosephVinod,
其他作者:	MuluguSrinivas,
出版地:	Boston
出版者:	Morgan Kaufmann;
出版年:	c2014
面頁冊數:	ix, 585 p.ill. : 24 cm.;
標題:	Computer network architectures -
標題:	Convergence (Telecommunication) -
標題:	Ethernet (Local area network system) -
標題:	Internetworking (Telecommunication) -
標題:	Packet transport networks -
附註:	Includes index
摘要註:	"Before we get into VPLS, let us take a quick look at MPLS Layer 2 VPNs also referred to as Point-Point services. A point-to-point L2VPN circuit, as defined by the PWE3 working group, is a provider service that offers a point-to-point service infrastructure over an IP/MPLS packet switched network. The PWE3 working group of the IETF describes mechanisms on how to deliver L2 VPN services across a packet switches IP/MPLS network. The basic reference model is outlined in the picture below. A pseudo-wire (PW) is a connection between two provider edge (PE) devices, which connects two attachment circuits (ACs) An AC can be a Frame Relay DLCI, an ATM VPI/VCI, an Ethernet port, a VLAN, a HDLC, a PPP connection on a physical interface, a PPP session from an L2TP tunnel, an MPLS LSP, etc. During the setup of a PW, the two PE routers will be configured or will automatically exchange information about the service to be emulated so that later they know how to process packets coming from the other end. The PE routers use Targeted LDP sessions for setting the PW. After a PW is set up between two PE routers, frames received by one PE from an AC are encapsulated and sent over the PW to the remote PE, where native frames are re-constructed and forwarded to the other CE"--Provided by publisher
ISBN:	978-0-12-397877-6
內容註:	Machine generated contents note: Chapter 1: The Evolution of Ethernet Chapter 2: Retail Applications & Broadband Architectures using Ethernet Chapter 3: Business VPN services using Ethernet Chapter 4: Ethernet and Cloud Computing Chapter 5: Ethernet and Mobile Architectures Chapter 6: MPLS Packet Transport Architectures and Ethernet Chapter 7: Future Technologies and Applications

Network convergence : Ethernet applications and next generation packet transport architectures
Joseph, Vinod

Network convergence : Ethernet applications and next generation packet transport architectures / Vinod Joseph and Srinivas Mulugu - Boston : Morgan Kaufmann, c2014. - ix, 585 p. ; ill. ; 24 cm..
Machine generated contents note: Chapter 1: The Evolution of Ethernet Chapter 2: Retail Applications & Broadband Architectures using Ethernet Chapter 3: Business VPN services using Ethernet Chapter 4: Ethernet and Cloud Computing Chapter 5: Ethernet and Mobile Architectures Chapter 6: MPLS Packet Transport Architectures and Ethernet Chapter 7: Future Technologies and Applications.
Includes index.
ISBN 978-0-12-397877-6ISBN 0-12-397877-7
Computer network architecturesConvergence (Telecommunication)Ethernet (Local area network system)Internetworking (Telecommunication)Packet transport networks

Mulugu, Srinivas

Network convergence : Ethernet applications and next generation packet transport architectures
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300 $a Includes index
327 0 $a Machine generated contents note: Chapter 1: The Evolution of Ethernet Chapter 2: Retail Applications & Broadband Architectures using Ethernet Chapter 3: Business VPN services using Ethernet Chapter 4: Ethernet and Cloud Computing Chapter 5: Ethernet and Mobile Architectures Chapter 6: MPLS Packet Transport Architectures and Ethernet Chapter 7: Future Technologies and Applications
330 $a "Before we get into VPLS, let us take a quick look at MPLS Layer 2 VPNs also referred to as Point-Point services. A point-to-point L2VPN circuit, as defined by the PWE3 working group, is a provider service that offers a point-to-point service infrastructure over an IP/MPLS packet switched network. The PWE3 working group of the IETF describes mechanisms on how to deliver L2 VPN services across a packet switches IP/MPLS network. The basic reference model is outlined in the picture below. A pseudo-wire (PW) is a connection between two provider edge (PE) devices, which connects two attachment circuits (ACs) An AC can be a Frame Relay DLCI, an ATM VPI/VCI, an Ethernet port, a VLAN, a HDLC, a PPP connection on a physical interface, a PPP session from an L2TP tunnel, an MPLS LSP, etc. During the setup of a PW, the two PE routers will be configured or will automatically exchange information about the service to be emulated so that later they know how to process packets coming from the other end. The PE routers use Targeted LDP sessions for setting the PW. After a PW is set up between two PE routers, frames received by one PE from an AC are encapsulated and sent over the PW to the remote PE, where native frames are re-constructed and forwarded to the other CE"--Provided by publisher
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