Ethernet is a local area network that allows computers to communicate in a distributed system. It is a passive network, meaning that the failure of any machine on the network does not bring down the entire network. Ethernet uses a shared communication medium called the Ether, which is a passive broadcast medium with no central control. Communication is distributed among the stations, with each station using controlled statistical arbitration to coordinate access to the Ether. Ethernet is designed to be inexpensive and reliable, with a focus on distributed control and parallel processing. It supports a wide range of applications, including computer networking, multiprocessing, and resource sharing. Ethernet is named after the historical luminiferous ether, and it is based on the principles of packet collision and retransmission developed in the Aloha Network. Ethernet is a branching broadcast communication system that allows digital data packets to be carried among locally distributed computing stations. It is used to build systems that can be viewed as either local computer networks or loosely coupled multiprocessors. Ethernet is a key technology in the development of distributed computing and has been widely adopted for its efficiency and reliability. The design of Ethernet emphasizes simplicity, reliability, and the ability to scale to accommodate a growing number of stations and applications. It is a fundamental component of modern computer networks and has played a significant role in the evolution of distributed computing.Ethernet is a local area network that allows computers to communicate in a distributed system. It is a passive network, meaning that the failure of any machine on the network does not bring down the entire network. Ethernet uses a shared communication medium called the Ether, which is a passive broadcast medium with no central control. Communication is distributed among the stations, with each station using controlled statistical arbitration to coordinate access to the Ether. Ethernet is designed to be inexpensive and reliable, with a focus on distributed control and parallel processing. It supports a wide range of applications, including computer networking, multiprocessing, and resource sharing. Ethernet is named after the historical luminiferous ether, and it is based on the principles of packet collision and retransmission developed in the Aloha Network. Ethernet is a branching broadcast communication system that allows digital data packets to be carried among locally distributed computing stations. It is used to build systems that can be viewed as either local computer networks or loosely coupled multiprocessors. Ethernet is a key technology in the development of distributed computing and has been widely adopted for its efficiency and reliability. The design of Ethernet emphasizes simplicity, reliability, and the ability to scale to accommodate a growing number of stations and applications. It is a fundamental component of modern computer networks and has played a significant role in the evolution of distributed computing.