name: SIIT
full_form: Stateless IP/ICMP Translation algorithm
context: A PE node as defined in [71], an ATM switch equipped with interfaces to both the ATM and the IP network, connects the ATM and the IP-backbone. The PE-node acts as a PWE-capable node towards the IP-backbone and establishes a tunnel with the RNC-with PWE3 for interconnection with the RNC-R99. RNC-with PWE3 communicates with RNC-R99 via its AAL2/AAL5 protocol stack on top of PWE3 layer over the PWE3 tunnel through the IP-backbone. The PWE3 tunnel terminates in the PE-node, from where plain ATM-traffic is forwarded to RNC-R99 over the ATM-backbone w/o termination of the Adaptation Layer. All planes (Control plane designated as xxAP in the figure Transport Network Control Plane (Q2630) and user plane (designated as Vc/Dt in the figure) shall be carried over PWE3. The TNL Control Plane protocol used in this solution is thus the ALCAP Q2630 tunnelled over PWE3 used as layer 1. A PE-node relays the Q2630 messages encapsulated in SS7/AAL5 like any other ATM switch that is potentially placed in
description: The Stateless IP/ICMP Translation algorithm (SIIT) is a method for interworking between IPv4 and IPv6 hosts without requiring Application Layer Gateways (ALGs). It involves dynamically assigning a temporary IPv4 address to an IPv6 host, which is used for the duration of the session. The SIIT router translates the mapped address back to the IPv4 address and forwards it to the IPv4 host, enabling communication between the two hosts.
explanation: SIIT is classified as a Technology because it is a method or algorithm designed to facilitate communication and interoperability between different network protocols (IPv4 and IPv6). It involves technical processes like address translation and routing.
section_title: 6.9.3.3.2	Stateless IP/ICMP Translation Algorithm (SIIT)
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