spanning tree protocol

Spanning Tree Protocol Spanning Tree Protocol is a protocol that prevents unnecessary loops in the network. For the network to function properly, only one active path is required between the two network stations. A loop may occur if there are multiple active paths between stations. When a loop occurs, messages may be duplicated in the network. Creating a ring routing network, if the devices connected to the network segment are configured to forward, they will continue to forward frames to an infinite network loop.

Spanning Tree Protocol (STP) was invented when working for Digital Equipment Corporation. This is the basis of bridge operation. In particular, extensive and innovative research on encryption and networking has been conducted. She received the USENIX Lifetime Achievement Award in 2007 and received many other awards.

Perlman, also known as the "mother of the Internet", is best known for the Spanning Tree Protocol (STP) she invented. This is the basis of bridge operation. Her work transforms Ethernet protocols from a few nodes at a finite distance into what can build a large network.

Perlman is often given the title "Mother of the Internet" (although she dislikes that term), Perlman created his own name by creating a spanning tree protocol while working at DEC I am an engineer and a software designer. Perlman is also considered a pioneer in educational children's computer programming because he developed a more understandable version of the educational robot language called "TORTIS", or "LOGO". In 1998, founder Sergey Brin and Larry Page borrowed space in California garage, By 2006, Wojcicki had a direct impact on Google by supporting large transactions. She not only bought YouTube for 1.65 billion dollars but also participated in the acquisition of DoubleClick.

Spanning tree protocol is an implemented protocol that helps to prevent the occurrence of switching loops. On a network, there is no problem with redundancy. There are multiple connections to devices on the network. For example, toggle between 1 and 2. Because there may be multiple connections to connect these switches, the switches can communicate with each other even if one connection is lost. When Spanning Tree Protocol is enabled, one link becomes active and one link goes to sleep. If the active link fails, the second link becomes active and a connection between the switches is established. It does not change. Spanning tree does this by creating the topology of all switches in the network that supports the Spanning Tree Protocol. The Spanning Tree Protocol accomplishes this by sending a bridge protocol data unit. The bridge protocol data unit contains information on ports, switches, addresses, port priorities, etc.