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!
TCP Connections
TCP is an end to end point to point transport used in internet. being a point to point protocols means that there is always s single sender a single receiver for a TCP session. Being an end to end protocols on the other hand means that the TCP session should cover al parameters and transportation involved form the source host to the destination host. The latter is an important features of the TCP and should never e forgotten during the analysis any TCP/ IP network or a protocol design.
TCP is a pipelined protocols. This means that the TCP packed data units which are commonly named TCP segments are logically enclosed in a pipe and thus they will be successively transported within the end to end TCP connections. This is one of the reliability features of the TCP so that all TCP segments will be delivered to the receiver host in the means that even if the segment are delivered in a different order TCP will make them in order before passing them to the higher layer protocols that is the application layer figure show the logical pipelining in TCP.
The are buffers at both sides of a TCP connections. The TCP connection however is not seen by the network elements such as routers as they work at layer below the transport layer. These network elements just see the datagram's that is the IP layer packets.
TCP provides a means of full duplex data transfer. Therefore a bidirectional data flow is available in the same TCP connection. TCP puts a maximum segment size ( MSS) on its data. This MSS is usually less than 1500 bytes but in practical network even smaller MSS is used around 500bytes.
TCP is a connection oriented protocols. This means that before any data transfer could be started a connection must be established through a process called three way during this process.
TCP utilizes a complete flow control flow control mechanism . by this methods TCP not only entries that the sender host does not overwhelm the receiver host sending too much data too fast but also ensures a fair bandwidth share among, all TCP sessions concurrently used.
Responses Responses are sent from the server to the client. A responses is a three digit code that may be followed by additional textual information.
If a client gives a 4096-byte request to a server located 50 km away on a 1 Gbps fiber optic, then what is the efficiency of the line during this time? Suppose that the server give
Describe the concept of successor and feasible successor?
Q. Show the Model for Network Access Security? Model for Network Access Security (1) Gatekeeper functions comprise Password-based login authentications. (2)
An Internet address (IP address) is a unique 32-bit binary number given to a host and used for all interaction with the host. Each packet transmit across an Internet contains the 3
Mention and explain 16 bit, basic programmable registers in 8086 operated in real mode?
Control Frame: solicit_successor Periodically ask for any station to link by sending solicit_successor Token with sender's addr and successor's addr wait 2 (as in
As in PRAM, there was no direct communication medium among the processors, therefore another model called as interconnection networks have been designed. In the interconnection net
Ping and Traceroute are used by ICMP for Testing. Destination Unreachable messages are obtained by a router when it does not have a route to the network.
Define the concept of Unicast IP address?
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