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Lightweight TCP/IP and TCP/IP difference, what are the advantages and disadvantages of each?

Time:09-21

Bosses genuflect is begged solutions, I am a small white! If there are any inappropriate questions place please forgive me!

CodePudding user response:

LZ, I suggest you to ask questions before baidu, such as: https://www.baidu.com/baidu? Wd E9 BB BD E8=% % % % % 87% A7TCP BA E7 8 f % % % % % 2 fip E5 8 CTCP % % 92% 2 E7 fip % % a % % 84% E5 8 of 9 E5 BA c % % % 88% AB& Tn=monline_7_dg & amp; Ie=utf-8

CodePudding user response:

I know, what I want is a lightweight TCP/IP for a standard TCP/IP made the optimization and modification? Baidu came out of the said is very shallow don't you think? Is over!

CodePudding user response:

Main optimization is to reduce resource usage, is suitable for embedded system, if you want to very detailed list, then we may not be able to give, because the website didn't these details,

CodePudding user response:

Ok, thank you bosses solutions,

CodePudding user response:

Look from the lightweight this appellation, and standard TCP/IP implementation is roughly has several limitations,
1, the number of connections, both TCP and UDP, the number of connections will be limited to single digits;
Level 2, TCP connection duration may minutes;
3, TCP may only be simple implementation, lack of advanced features (such as selective validation, flow control, etc.);
4, the function of ICMP may have limited, DHCP may also be limited support;
5, diagnostic tool may not provide,
6, may be able to run without the operating system's naked environment;

Think about these temporarily;


CodePudding user response:

Well well, thank you for your bosses solutions, benefit, hey hey!
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