root bridge - definição. O que é root bridge. Significado, conceito
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O que (quem) é root bridge - definição

NAME SERVER FOR THE ROOT ZONE OF THE DOMAIN NAME SYSTEM OF THE INTERNET
DNS root server; DNS root servers; Root nameservers; Dns root servers; Dns root server; Root server; Root servers; Root-server; Root key; Official root nameservers; Rootserver; Root DNS servers; DNS Root Server System Advisory Committee; DNS Root Servers; Root zone file; Root-servers.net; K-root; A-root; B-root; C-root; D-root; E-root; F-root; G-root; H-root; I-root; J-root; L-root; M-root; Root nameserver; Root name servers; Root hint
  • A map of the thirteen logical name servers, including anycasted instances, at the end of 2006

root bridge         
  • Local Khasis using the young, pliable aerial roots of a fig tree to create a new railing for a bridge near the village of Kongthong
  • m}} in length, is the longest known example
  • last = Rogers}}</ref>
  • A living root bridge is being developed with rubber fig strands being guided along a halved areca palm trunk (2016)
  • Rubber fig roots have been trained across a pre-existing steel bridge, in the hope that eventually, as the steel elements fail, the roots will form into a usable living root bridge (2016)
  • A root bridge being grown using a wood and bamboo scaffold. Rangthylliang, East Khasi Hills (2016)
  • A root bridge in Burma Village, East Khasi Hills, being developed without the aid of a scaffold (2016)
TYPE OF PEDESTRIAN BRIDGE MADE WITH LIVE TREES
Root bridge; Living Root Bridges; Living bridge; Living bridges; Living root bridges
<communications, hardware, networking> A bridge which continuously transmits network topology information to other bridges, using the spanning tree protocol, in order to notify all other bridges on the network when topology changes are required. This means that a network is able to reconfigure itself whenever a network link (e.g. another bridge) fails, so an alternative path can be found. The presence of a root bridge also prevents loops from forming in the network. The root bridge is where the paths that frames take through the network they are assigned. It should be located centrally on the network to provide the shortest path to other links on the network. Unlike other bridges, the root bridge always forwards frames out over all of its ports. Every network should only have one root bridge. It should have the lowest bridge ID number. (2000-11-26)
Living root bridge         
  • Local Khasis using the young, pliable aerial roots of a fig tree to create a new railing for a bridge near the village of Kongthong
  • m}} in length, is the longest known example
  • last = Rogers}}</ref>
  • A living root bridge is being developed with rubber fig strands being guided along a halved areca palm trunk (2016)
  • Rubber fig roots have been trained across a pre-existing steel bridge, in the hope that eventually, as the steel elements fail, the roots will form into a usable living root bridge (2016)
  • A root bridge being grown using a wood and bamboo scaffold. Rangthylliang, East Khasi Hills (2016)
  • A root bridge in Burma Village, East Khasi Hills, being developed without the aid of a scaffold (2016)
TYPE OF PEDESTRIAN BRIDGE MADE WITH LIVE TREES
Root bridge; Living Root Bridges; Living bridge; Living bridges; Living root bridges
A living root bridge is a type of simple suspension bridge formed of living plant roots by tree shaping. They are common in the southern part of the Northeast Indian state of Meghalaya.
Rangthylliang 1 Root Bridge         
  • Rangthylliang 1 root bridge
LIVING ROOT BRIDGE IN CHERRAPUNJI, MEGHALAYA, INDIA
Draft:Rangthylliang 1 Root Bridge; Rangthylliang 1 Root Bridge
Rangthylliang 1 root bridge is a living root bridge in Cherrapunji region, Meghalaya. It is considered to be the longest living root bridge with over 50 m in length.

Wikipédia

Root name server

A root name server is a name server for the root zone of the Domain Name System (DNS) of the Internet. It directly answers requests for records in the root zone and answers other requests by returning a list of the authoritative name servers for the appropriate top-level domain (TLD). The root name servers are a critical part of the Internet infrastructure because they are the first step in resolving human-readable host names into IP addresses that are used in communication between Internet hosts.

A combination of limits in the DNS and certain protocols, namely the practical size of unfragmented User Datagram Protocol (UDP) packets, resulted in a decision to limit the number of root servers to thirteen server addresses. The use of anycast addressing permits the actual number of root server instances to be much larger, and is 1,553 as of 17 September 2022.