Download Most Complete Teaching of LISP

What you would learn in Most Complete Teaching of LISP course?

The ever-growing popularity of the Internet brings a variety of problems. One of the most significant issues is ensuring that routing systems and addresses continue to perform efficiently while the volume of connected devices increases. An early observation in research and development in the field of networks revealed that a single IP address that contains both location and identity results in suboptimal routing and can hinder the multihoming and mobility of devices.

Locator ID Separation Protocol (LISP) improves flexibility in routing and scalability, as well as the assignment of addresses for multihoming, provider independence mobility, and virtualization. LISP is an alternative to the traditional Internet architecture by providing two different IP addresses, one for indicating routes locators (RLOCs) to direct traffic across the Internet and a third address to identify endpoints (EIDs) used to track networks between devices.

Locator ID Separation Protocol (LISP) is an architecture for networks and a protocol that implements a use for two named spaces instead one IP address.

• Endpoint identification numbers (EIDs)--assigned to hosts that are ending.

• The term "routing locators" (RLOCs)--assigned to the devices (primarily routers) which comprise the world's routing network.

The splitting of EID in addition to RLOC functions provides various benefits, including improved scalability of routing systems and increased multihoming efficiency and traffic engineering ingress.

LISP function requires the setting up of one or several LISP-related gadgets, including the LISP Egress tunnel router (ETR) or an ingress tunnel router (ITR) proxy ETR (PETR) proxy ITR (PITR), and map resolver (MR) and maps server (MS) and LISP alternative topology (ALT) device.

Course Content:

• LISP Introduction - Identity and Location Address Separation
• LISP Components and Packets and Processes
• LISP - IPv4 Unicast Routing
• LISP - IPv4-in-IPv4 Encapsulated Packet Contents
• LISP - IPv6 Unicast Routing
• LISP - Transition form IPv4 to IPv6 with LISP
• LISP - Traffic Engineering with Priority and Weight
• LISP - IPv4 Unicast Routing with Non-Lisp Site
• LISP - IPv4 Multicast Routing - Source Specfic Multicast [SSM]
• LISP - IPv4 Multicast Routing - Any Source Multicast [ASM]
• LISP - IPv6 Multicast Routing in IPv4 RLOC [ ASM ]
• LISP - Single Tenant Virtualization with Shared Model
• LISP - Multi Tenant Virtualization with Shared Model
• LISP - Multi Tenant Virtualization with Parallel Model
• LISP - Multi Tenant Virtualization with hybrid Model
• LISP - Dual Router Dual Homed Enterprise Edge

Download Most Complete Teaching of LISP from below links NOW!