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Current Ethernet technology relies on Spanning Tree Protocol (STP). As the name suggests, STP creates a spanning tree within a network of connected layer-2 Ethernet switches, and disables those links that are not part of the spanning tree, leaving a single active path between any two network nodes. Because of lack of any traffic engineering mechanism in STP, there is not any load balancing on links...
Spanning Tree Protocol (STP) is an approved standard protocol that provides a tree forwarding topology in Ethernet networks. Tree topology ensures a unique path from any node to every other node in the network. One of the main disadvantages of STP is its poor load balancing capabilities that results in uneven load distribution and bottlenecks. In our previous work, we have suggested Shortcut Switching...
Spanning Tree Protocol (STP) is a layer-2 IEEE approved standard that provides a loop-free forwarding topology in Ethernet networks. STP does this task by reducing the topology of a switched network to a tree topology where redundant ports are blocked. This action ensures there is a unique path from any node to every other node. In STP, there isn't any traffic engineering mechanism for load balancing...
IEEE STP is a layer-2 protocol which provides a loop-free connectivity across various network nodes. STP does this task by reducing the topology of a switched network to a tree topology where redundant ports are blocked. This action ensures there is a unique path from any node to every other node. Blocked ports are then kept in a standby mode of operation until a network failure occurs. In STP, there...
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