What does TORA mean in UNCLASSIFIED
TORA stands for Temporally Ordered Routing Algorithm. This routing algorithm was developed to support dynamic routing of packets over large, intermittently connected networks. It is mainly used in mobile ad hoc networks (MANETs) and is well-suited for efficient data communication in such environments. TORA makes use of a distributed algorithm that allows nodes to quickly detect any changes in the network topology and adapt their paths as needed. This means that it can effectively prevent congestion or packet loss due to link failures while also helping the network maintain an optimal balance of resources.
TORA meaning in Unclassified in Miscellaneous
TORA mostly used in an acronym Unclassified in Category Miscellaneous that means Temporally Ordered Routing Algorithm
Shorthand: TORA,
Full Form: Temporally Ordered Routing Algorithm
For more information of "Temporally Ordered Routing Algorithm", see the section below.
Explanation
TORA is based on two main principles: link reversal and hierarchical ordering. Through this approach, TORA ensures that each node maintains its own point-to-point connections with neighboring nodes, allowing for rapid detection of topology changes and fast adaptation. Furthermore, because each node can measure the distance from its neighbors to other nodes in the network, TORA can quickly determine which path will be most effective for transmitting packets from one node to another.
The hierarchical ordering principle imposes a partial order among all nodes in the network and specifies which routes should be taken when multiple paths are available between two endpoints. This adds an extra layer of reliability since it helps reduce errors caused by incorrectly selected routes or incorrect estimation of distances between nodes. Combined with link reversal technique, this ensures that once a given route has been chosen, it remains stable even if there are temporary changes in the underlying topology of the network.
In addition to offering reliable data transmission routes within a MANET environment, TORA provides scalability as well due to its ability to rapidly process route requests and adjust existing routes as needed without significantly changing existing routing tables or significantly affecting overall network performance. This makes TORA a suitable choice for applications requiring flexible yet predictable performance such as real-time media streaming or video conferencing applications across mobile devices operating within the same wireless environment.
Essential Questions and Answers on Temporally Ordered Routing Algorithm in "MISCELLANEOUS»UNFILED"
What is TORA?
TORA is an acronym for Temporally Ordered Routing Algorithm. It is a distributed routing protocol used in mobile ad hoc networks (MANETs). This protocol provides efficient routing of data packets between nodes that can move randomly in a given environment.
What are the main features of TORA?
The main features of TORA include low routing overhead, fast route acquisition and repair, fast recovery, fault-tolerance, scalability, loop-freedom and low latency.
How does TORA ensure loop-freedom?
To ensure loop-freedom, TORA utilizes the concept of “link reversal” which reverses the direction of links whenever needed to break any potential loops before they are formed.
Where is TORA used mostly?
TORA is mainly used in highly dynamic environments such as battle fields and disaster areas where network topology changes frequently due to rapidly moving nodes.
What type of routing approach does TORA use?
The routing approach used by TORA is based on source initiated directional flooding combined with hierarchical link reversal reversing algorithms.
What type of network environment does TORA rely on?
Unlike traditional static networks, TORA relies on a distributed network environment where nodes can move around freely producing frequent network topology changes.
What type of propagation delay can be expected withTORA?
In general, due to its quick route acquisition process and link reversal mechanism,TORAsupports high-speed packet delivery while keeping propagation delay low.
How doesTORAreact when there are changes within the network topology?
Whenever a change occurs within the network topology,TORApicks up these signals quickly and performs re-routing through its hierarchical link reversal mechanism so as to reestablish optimum connectivity between nodes in an efficient manner.
Final Words:
In summary, TORA is a distributed routing algorithm designed primarily for use in mobile ad hoc networks (MANETs). It utilizes link reversal and hierarchical ordering techniques under a decentralized architecture in order to ensure reliable packet delivery while maintaining an optimal balance of resources within the network environment. Combined with its scalability capabilities, TORA offers many advantages over traditional static routing algorithms thereby making it an ideal choice for efficient data communication in dynamic environments where frequent topology changes may occur.
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