Fig.3 Network with loops

Suppose that host A sends an information unit to host B. Both bridges receive this information unit and conclude that host A belongs to network 2. Unfortunately, after host B receives two copies of the information unit from host A, both bridges again receive the same information unit onto their interfaces with network 1, because all hosts receive all messages of broadcast LANs. In some cases bridges change their internal tables to indicate that host A is on network 1. When host B rep[lies to the information unit of host A, both bridges will receive and then ignore these replies, since their tables will indicate that this destination address (host A) is on the same network segment as the information unit source.

Another disadvantage is cloning (proliferation) of broadcast messages in networks with loops. Assume that the initial information unit of host A is a broadcast. Both bridges will forward this information unit endlessly, using the available network bandwidth and blocking the transmission of other packets on both segments.

To solve the above-described problems there was engineered the spanning tree algorithm (STA). It preserves the benefits of loops, eliminating their drawbacks. The algorithm was published in the IEEE 802.1d specification.

The STA designates a loop-free subset of the network's topology by placing those bridge ports that, if active, would create loops into a standby (blocking) mode. Blocking bridge ports can be activated in the event of primary link failure, providing a new path through the internetwork. Figs 4 and 5 illustrate how the STA eliminates loops.

Version: 1.0

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Black Box Version 1.0 user manual

Version 1.0 specifications

Black Box Version 1.0 represents a significant advancement in the realm of data analytics and artificial intelligence. Designed to streamline processes and enhance decision-making, this platform leverages cutting-edge technologies to deliver insightful solutions across various industries.

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