Create a chart to explain the use of virious protocols used in networking and Internet. The chart should explain the protocol with examples where possible.
A network protocol is an established set of rules that determine how data is transmitted between different devices in the same network. Essentially, it allows connected devices to communicate with each other, regardless of any differences in their internal processes, structure or design. Network protocols are the reason you can easily communicate with people all over the world, and thus play a critical role in modern digital communications.
Similar to the way that speaking the same language simplifies communication between two people, network protocols make it possible for devices to interact with each other because of predetermined rules built into devices’ software and hardware. Neither local area networks (LAN) nor wide area networks (WAN) could function the way they do today without the use of network protocols.
How Network Protocols Work
Network protocols take large-scale processes and break them down into small, specific tasks or functions. This occurs at every level of the network, and each function must cooperate at each level to complete the larger task at hand. The term protocol suite refers to a set of smaller network protocols working in conjunction with each other.
Network protocols are typically created according to industry standard by various networking or information technology organizations.
There are thousands of different network protocols, but they all perform one of three primary actions:
Communication
Network management
Security
Each type is necessary to use network devices swiftly and safely, and they work together to facilitate that usage.
Network Protocol Example
Hypertext Transfer Protocol (HTTP): This Internet Protocol defines how data is transmitted over the internet and determines how web servers and browsers should respond to commands. This protocol (or its secure counterpart, HTTPS) appears at the beginning of various URLs or web addresses online.
Address Resolution Protocol. ARP translates IP addresses to Media Access Control (MAC) addresses and vice versa so LAN endpoints can communicate with one another. ARP is necessary because IP and MAC addresses are different lengths: IP version 4 (IPv4) addresses are 32 bits long, IPv6 addresses are 128 bits and MAC addresses -- a device's physical hardware number -- are 12 hexadecimal digits split into six pairs. Translations must occur for proper device communication.
ARP isn't required every time devices attempt to communicate because the LAN's host stores the translated addresses in its ARP cache, so this process is mainly used when new devices join the network.
Explanation:
Without network protocols, the modern internet would cease to exist.
Common network protocols, including Transmission Control Protocol (TCP) and Internet Protocol (IP), enable the exchange of information across the internet and work behind the scenes so effectively that many users don't think twice about them or how the internet works. For networking professionals, network protocols are critical to know and understand. But that doesn't make understanding these protocols easy.
To get started, this glossary explores 12 common network protocols all network engineers should be familiar with. This includes the protocols' main functions, as well as why these common network protocols are important.
Answers & Comments
Verified answer
Answer:
A network protocol is an established set of rules that determine how data is transmitted between different devices in the same network. Essentially, it allows connected devices to communicate with each other, regardless of any differences in their internal processes, structure or design. Network protocols are the reason you can easily communicate with people all over the world, and thus play a critical role in modern digital communications.
Similar to the way that speaking the same language simplifies communication between two people, network protocols make it possible for devices to interact with each other because of predetermined rules built into devices’ software and hardware. Neither local area networks (LAN) nor wide area networks (WAN) could function the way they do today without the use of network protocols.
How Network Protocols Work
Network protocols take large-scale processes and break them down into small, specific tasks or functions. This occurs at every level of the network, and each function must cooperate at each level to complete the larger task at hand. The term protocol suite refers to a set of smaller network protocols working in conjunction with each other.
Network protocols are typically created according to industry standard by various networking or information technology organizations.
There are thousands of different network protocols, but they all perform one of three primary actions:
Each type is necessary to use network devices swiftly and safely, and they work together to facilitate that usage.
Network Protocol Example
Hypertext Transfer Protocol (HTTP): This Internet Protocol defines how data is transmitted over the internet and determines how web servers and browsers should respond to commands. This protocol (or its secure counterpart, HTTPS) appears at the beginning of various URLs or web addresses online.
Explanation:
I hope this answer will help you
Answer:
Address Resolution Protocol. ARP translates IP addresses to Media Access Control (MAC) addresses and vice versa so LAN endpoints can communicate with one another. ARP is necessary because IP and MAC addresses are different lengths: IP version 4 (IPv4) addresses are 32 bits long, IPv6 addresses are 128 bits and MAC addresses -- a device's physical hardware number -- are 12 hexadecimal digits split into six pairs. Translations must occur for proper device communication.
ARP isn't required every time devices attempt to communicate because the LAN's host stores the translated addresses in its ARP cache, so this process is mainly used when new devices join the network.
Explanation:
Without network protocols, the modern internet would cease to exist.
Common network protocols, including Transmission Control Protocol (TCP) and Internet Protocol (IP), enable the exchange of information across the internet and work behind the scenes so effectively that many users don't think twice about them or how the internet works. For networking professionals, network protocols are critical to know and understand. But that doesn't make understanding these protocols easy.
To get started, this glossary explores 12 common network protocols all network engineers should be familiar with. This includes the protocols' main functions, as well as why these common network protocols are important.