BOOTP, and eventually DHCP, replaced RARP. Both BOOTP and DHCP offer a more robust, flexible method of assigning IP addresses.
BOOTP, and eventually DHCP, replaced RARP. Both BOOTP and DHCP offer a more robust, flexible method of assigning IP addresses.
NON-ROUTABLE PROTOCOLS cannot survive being routed. Non-routable protocols presume that allcomputers they will ever communicate with are on the same network (to get them working in a routed environment, you must bridge the networks). Todays modern networks are not very tolerant of protocols that do not understand the concept of a multi-segment network and most of these protocols are dying or falling out of use.NetBEUIDLCLATDRPMOP
The main communication or network protocol is the TCP/IP protocol. (Transmission Control Protocol/Internet Protocol)
Modularization created in form of Layers in OSI and TCP/IP models in modern computer networking enables development of Applications at different layers.This further opens the world of development based on Applications, Protocols, Networks andPhysical channels.
Reverse Address Resolution Protocol (RARP) has several limitations, including its reliance on a single broadcast method, which can lead to network congestion and inefficiencies. It also requires a dedicated RARP server, making it less scalable and flexible compared to more advanced protocols like DHCP. Additionally, RARP only provides IP address resolution without supporting other configuration options, such as subnet masks or default gateways, which limits its functionality in modern networks. Lastly, RARP is not widely used today, as it has largely been replaced by more robust protocols.
School is essential. It's not "unnecessary". Basic reading and writing are necessary in the modern world.
10base5
TCP/IP is the protocol used to communicate on most networks.
Yes, but not many.
Ethernet_II Network + Guide to Networks (version 5) pg. 217
Computer networks are crucial in modern life because they facilitate communication and information sharing on a global scale. They enable businesses to operate efficiently, individuals to access vast amounts of information, and governments to provide essential services. Computer networks also support the growth of e-commerce, online education, telemedicine, and many other aspects of contemporary society.
As many as you can select/install. You can in theory run all protocols on most modern operating systems, but you generally only need one now a days, and that is TCP/IP.