Computer Networks Crash Course Computer Science 28 Crash Course In this episode of crash course computer science, we'll talk about computer networks, and how they grew from small groups of connected computers on lan networks, to larger, worldwide networks like the arpanet, and even the internet we know today. we'll also discuss how technologies like ethernet, mac addresses, ip addresses, packet switching, network switches, and tcp ip were implemented to. Learn how computer networks connect the world in this engaging video from crash course computer science. explore the history, types and protocols of networks.
Crash Course Computer Science 28 Computer Networks Questio This format is defined by the "internet protocol", or ip for short, a standard created in the 1970s. every computer connected to a network gets an ip address. you've probably seen these a four eight bit numbers written with dots in between. for example, 172.217.7.238 is an ip address for one of google's servers. Computer networks: crash course computer science #28 season 1 episode 28 we’re going to begin with computer networks, and how they grew from small groups of connected computers on lan networks to eventually larger worldwide networks like the arpanet and even the internet we know today. Computer networks: crash course computer science #28. season 1 episode 28 | 11m 58s. we’re going to begin with computer networks, and how they grew from small groups of connected computers on lan networks to eventually larger worldwide networks like the arpanet and even the internet we know today. aired: 09 12 17. from. Stands for media access control address and it is a unique, physical address that identifies a computer on a network ip address stands for internet protocol address and it is a set of numbers that uniquely identifies a device connected to the internet.
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