Explain TCP and UDP features in detail and compare, Basic Computer Science

Which applications require TCP and why? Also specify which applications require UDP and why?
A4) TCP is also known as connection-oriented: setup required between client and server processes, reliable transport between sending and receiving process, flow control, congestion control, does not provide timing, minimum throughput guarantees, and security.
UDP Connection-less, unreliable data transfer between sending and receiving process, does not provide connection setup, reliability, flow control, congestion control, timing, throughput guarantee, or security— low overhead. Applications that require TCP are: email, Remote terminal access, web, file transfer, whereas UDP is required by: streaming multimedia, internet telephony.
Posted Date: 5/1/2012 11:21:54 PM | Location : United States







Related Discussions:- Explain TCP and UDP features in detail and compare, Assignment Help, Ask Question on Explain TCP and UDP features in detail and compare, Get Answer, Expert's Help, Explain TCP and UDP features in detail and compare Discussions

Write discussion on Explain TCP and UDP features in detail and compare
Your posts are moderated
Related Questions
what is multiplaxer and truth table, digram

write a 2 page essay operational gaming and monte carlo simulation

evolution of oop

can you help me convert binary into decimals?

solve three given number in ascending order through algorithm

Briefly explain who a hacker is and what the activities of a hacker are?k question #Minimum 100 words accepted#

Open Systems Interconnection (OS1): As there are many different protocols for LANs and WANs, communication between two different systems can be difficult. The International St

what are slides how do you put slides on powerpoint

Accessing Other Computers The advanced networking features of Windows combined with the easy to use user interface make the task of sharing information with other computers/us

Data transmission: Most digital communication data is transmitted in a serial form, that is, only one bit at a time. Transmission of data in serial form means each bit is tran