Already have an account? Get multiple benefits of using own account!
Login in your account..!
Remember me
Don't have an account? Create your account in less than a minutes,
Forgot password? how can I recover my password now!
Enter right registered email to receive password!
Let's imagine that we have 2 TCP clients. A simple one (modTCPClient.c) like the one you wrote in the first part of project 2 and another one (modTCPClient1.c) that after it connects to the server and before it starts exchanging data with the server it sleeps for a period of time - e.g. 45secs. Run the server (modTCPServer.c) and then connect the client that sleeps. Immediately after connect the "simple" client. What you will see is that the second client waits for the first to be served.
Let's imagine the same scenario but with 2 UDP clients. We have a simple UDP client (modUDPClient.c) and another one (modUDPclient1.c) that after it creates the socket it sleeps for an ammount of time before it starts sending data. Following the same procedure described above we will see that in this case, the client that sends data first is served first from the UDP server (modUDPserver.c).
In this project you are asked to implement the TCP server in such a way that the client that has to send data first will not have to wait for other clients that are already connected to the server to be served first.
Tip 1: Just modify the TCP server that you are being given above.
Tip 2: Use fork().
Large data packets result in fewer load because a smaller part of the packet is used for header information. Optimum networks use 4kB data packets or larger. Large data packets
Error Correcting Code - Hamming Code: Hamming code is the one of the error-correcting code named after its inventor. Because of the simplicity of the hamming code, it can dete
Why does collision happen in HUBS and repeaters?
Q. Fiber-Optic Cable as transmission media? - Made of glass signals are transmit like light pulses from an LED or laser - Light is as well a form of electromagnetic energy
Q. Show the properties of Microwaves? Microwaves - Frequencies among 1 and 300 GHz - Unidirectional - Narrow focus requires sending as well as receiving antennas to
Hyper Cube A Hypercube interconnection network is increament of cube network. Hypercube interconnection network for n ≥ 3, can be distinct recursively as follow: For n = 3,
Ans) The Transport Layer : Segments upper-layer applications. Establishes an end-to-end connection. Sends segments from one end host to another. Optionally, make sures
What is routing region? When hierarchical routing is used, the routers are separated into what we call regions, with each router knowing all the details about how to route pack
At the Physical layer of the OSI model Repeaters work by regenerating the signal to extend the distance it can travel.
Tree interconnection network: In tree interconnection network, processors are organised in a complete binary tree pattern. Figure: Tree interconnection network
Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!
whatsapp: +91-977-207-8620
Phone: +91-977-207-8620
Email: [email protected]
All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd