Protocolos
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This document lists the names of two people on a team: Luis Eduardo Guzmán Pérez and Jessica Saraid Trejo Hernández. It also includes various network and internet protocols such as HTTP, POP3, IP, TCP, NFS, ARP, IPX/SPX.
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Puertos tcp & udp
Port numbers 0-1023 are designated as official port numbers assigned by IANA. This document lists many common network services and their associated port numbers, including HTTP (port 80), SSH (port 22), DNS (port 53), and SMTP (port 25). The purpose, protocol, and status (official or unofficial) is provided for each listed port number.
Rtsp
RTSP is a protocol for controlling streaming media. It uses RTP for data delivery and allows VCR-like controls like play, pause, etc. RTSP sits on top of RTP and handles session setup and control, while RTP handles actual media data transport. RTSP messages are similar to HTTP but maintain state between requests and responses unlike stateless HTTP. RTSP enables streaming media playback by requesting media from a server and receiving it as a continuous stream.
Protocols
This document discusses common web technology protocols. It explains that protocols are sets of rules that govern data exchange between devices and are usually assigned to specific ports. It then describes some key protocols including IP, TCP, UDP, HTTP, HTTPS, FTP, SSH, and others. It lists the standard ports used by these various protocols and provides a brief overview of their functions and whether they transmit encrypted or unencrypted data.
Deeps
TCP/IP is a core internet protocol that provides reliable data transmission. TCP ensures reliable and ordered delivery of data between applications on different computers. It detects lost packets and requests retransmission. IP delivers packets based on their addresses from source to destination. FTP is used to transfer and manage files over TCP/IP networks between client and server applications using separate control and data connections on port 21. SMTP is the standard for email transmission over IP networks in a text-based format. Common network utilities include FTP, TFTP, Telnet, Ping, Traceroute, Ipconfig and Nslookup for connectivity and diagnostics.
A Presentation on Servers & Splunk
This is a presentation made in MS-Powerpoint 2010. This was made for college presentation. It includes name of Servers and Splunk is also added in it. This is simple and introductory presentation.
At610 shared by voip.com.vn
This document outlines various protocols, features, and specifications for an entry-level IP phone. It includes protocols for networking, voice calls over IP, and device management. The phone supports common voice protocols like SIP and RTP. It can be managed through a web interface, telnet, or keypad and supports functions like call forwarding, conferencing, and phonebooks. The device complies with various certifications and standards and has capabilities like wideband audio, echo cancellation, and Quality of Service features.
RTSP Analysis Wireshark
RTSP is used for controlling streaming media over the web. It allows for audio and video-on-demand streaming to large groups. RTSP uses directives like OPTIONS, DESCRIBE, SETUP, PLAY, PAUSE, and TEARDOWN to control the stream. SDP is used to describe the metadata of the stream, including information like the session name, connection details, media formats, and attributes. Common RTSP operations include requesting information with OPTIONS, retrieving the SDP description with DESCRIBE, setting up transports with SETUP, starting and pausing playback with PLAY and PAUSE, and terminating the session with TEARDOWN.
FILE TRANSFER PROTOCOL
File Transfer Protocol (FTP) is a standard network protocol used for transferring computer files between a client and server on a network. It was first specified in 1971 and uses TCP for reliable transmission. FTP is commonly used to access software archives and exchange files between computers. It works by uploading files from a personal computer to an FTP server or downloading files from the server. Simple Mail Transfer Protocol (SMTP) is used to transfer email messages between servers. It was first published in 1982 and works by specifying senders, recipients, and message text in a series of commands.
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Puertos tcp & udp
Port numbers 0-1023 are designated as official port numbers assigned by IANA. This document lists many common network services and their associated port numbers, including HTTP (port 80), SSH (port 22), DNS (port 53), and SMTP (port 25). The purpose, protocol, and status (official or unofficial) is provided for each listed port number.
Rtsp
RTSP is a protocol for controlling streaming media. It uses RTP for data delivery and allows VCR-like controls like play, pause, etc. RTSP sits on top of RTP and handles session setup and control, while RTP handles actual media data transport. RTSP messages are similar to HTTP but maintain state between requests and responses unlike stateless HTTP. RTSP enables streaming media playback by requesting media from a server and receiving it as a continuous stream.
Protocols
This document discusses common web technology protocols. It explains that protocols are sets of rules that govern data exchange between devices and are usually assigned to specific ports. It then describes some key protocols including IP, TCP, UDP, HTTP, HTTPS, FTP, SSH, and others. It lists the standard ports used by these various protocols and provides a brief overview of their functions and whether they transmit encrypted or unencrypted data.
Deeps
TCP/IP is a core internet protocol that provides reliable data transmission. TCP ensures reliable and ordered delivery of data between applications on different computers. It detects lost packets and requests retransmission. IP delivers packets based on their addresses from source to destination. FTP is used to transfer and manage files over TCP/IP networks between client and server applications using separate control and data connections on port 21. SMTP is the standard for email transmission over IP networks in a text-based format. Common network utilities include FTP, TFTP, Telnet, Ping, Traceroute, Ipconfig and Nslookup for connectivity and diagnostics.
A Presentation on Servers & Splunk
This is a presentation made in MS-Powerpoint 2010. This was made for college presentation. It includes name of Servers and Splunk is also added in it. This is simple and introductory presentation.
At610 shared by voip.com.vn
This document outlines various protocols, features, and specifications for an entry-level IP phone. It includes protocols for networking, voice calls over IP, and device management. The phone supports common voice protocols like SIP and RTP. It can be managed through a web interface, telnet, or keypad and supports functions like call forwarding, conferencing, and phonebooks. The device complies with various certifications and standards and has capabilities like wideband audio, echo cancellation, and Quality of Service features.
RTSP Analysis Wireshark
RTSP is used for controlling streaming media over the web. It allows for audio and video-on-demand streaming to large groups. RTSP uses directives like OPTIONS, DESCRIBE, SETUP, PLAY, PAUSE, and TEARDOWN to control the stream. SDP is used to describe the metadata of the stream, including information like the session name, connection details, media formats, and attributes. Common RTSP operations include requesting information with OPTIONS, retrieving the SDP description with DESCRIBE, setting up transports with SETUP, starting and pausing playback with PLAY and PAUSE, and terminating the session with TEARDOWN.
FILE TRANSFER PROTOCOL
File Transfer Protocol (FTP) is a standard network protocol used for transferring computer files between a client and server on a network. It was first specified in 1971 and uses TCP for reliable transmission. FTP is commonly used to access software archives and exchange files between computers. It works by uploading files from a personal computer to an FTP server or downloading files from the server. Simple Mail Transfer Protocol (SMTP) is used to transfer email messages between servers. It was first published in 1982 and works by specifying senders, recipients, and message text in a series of commands.
Presentation on tcp ip by kalyan kk
TCP/IP is a set of communication protocols that allows computers to connect to each other and exchange data over a network. It operates at both the transport layer, with TCP, and the internet layer, with IP. TCP divides messages into packets and ensures reliable delivery, while IP manages addressing so packets reach the correct destination. Common TCP/IP services that provide applications for information delivery include SMTP for email, HTTP for web browsing, FTP for file transfer, and UDP for connectionless communication between processes.
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The document describes the Real Time Streaming Protocol (RTSP) for developing an API. It explains the RTSP URL format, authentication, commands, headers, and sessions. RTSP supports transmitting video and audio data over RTP over UDP, RTP over TCP, and RTP over RTSP. It provides examples of setting up sessions and transmitting streams between a client and server over different transport modes.
Tftp client server communication
This document describes the implementation of a TFTP client using a finite state machine. It provides an overview of the TFTP protocol, including the different request and response operations for reading and writing files. It outlines the data flow and formats for each operation. It also presents the finite state machine for the TFTP client, including the different states and transitions between states based on sending and receiving requests and responses. The goal of the project is to design and develop a TFTP client using these specifications.
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The document discusses TCP performance factors and techniques to improve TCP performance in network environments. It covers TCP operation principles, factors that impact TCP performance like packet loss, out-of-order packets, and congestion. It also discusses approaches to improve performance through the network like reducing packet loss and congestion, and through appliances like TCP offloading and optimization to reduce system resource usage.
protocol architecture
This document discusses protocol architectures and the TCP/IP model. It introduces the need for a protocol architecture to break communication tasks into layers. It describes the key layers of the TCP/IP model used in the Internet, including the physical, network access, internet, transport, and application layers. It also compares TCP/IP to the OSI model and discusses how traditional applications differ from newer multimedia applications in their network requirements.
Introduction to HTTP/2
This document provides an introduction to HTTP/2, including:
- HTTP/1.x has drawbacks like occupying one TCP connection per request and slow start-up times.
- HTTP/2 aims to address these by being binary based, multiplexed, compressed and allowing server push.
- It grew out of SPDY and was standardized by the IETF, maintaining the HTTP paradigm while improving performance.
Port tcp
This document lists TCP and UDP ports along with their descriptions and status. It provides information on common ports used for protocols like HTTP, DNS, SSH, SMTP, and more. The status is categorized as official, unofficial, or multiple use to indicate if the port is registered with IANA for a specific application, not registered, or can be used by multiple applications.
TCP Theory
TCP provides reliable data transfer over unreliable packet networks by using acknowledgments, retransmissions, and adaptive congestion control. It works with IP to transfer data through routers that may drop packets. While TCP ensures reliable delivery, it must control its transmission rate to avoid overwhelming network capacity and causing congestion collapse. This is achieved through additive-increase, multiplicative-decrease of the congestion window and techniques like active queue management.
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The document discusses multimedia communication protocols including SDP, RTSP, and SIP. SDP is used to describe multimedia sessions to enable clients to join. RTSP establishes and controls media streams, allowing playback control like start, stop, and pause. SIP establishes, modifies, and terminates multimedia sessions like voice and video calls, using requests and responses.
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This document discusses several common internet and networking protocols including HTTP, POP3, SMTP, FTP, IP, DHCP, IMAP. It also discusses common network layers including physical, datalink, network, transport, and application layers. Finally, it discusses wireless networking technologies such as Wi-Fi, Bluetooth, and Infrared Data Association (IrDA) standards.
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Overview of RARP, BOOTP, DHCP and PXE protocols for dynamic IP address assignment.
Dynamic IP address assignment to a host (or interface) is a common problem in TCP/IP based networks.
Manual and static assignment of IP addresses does not scale well and becomes a labor intensive task with a growing number of hosts.
An early approach for dynamic IP address assignment was RARP (Reverse ARP) which ran directly on the Ethernet protocol layer.
The many problems of RARP such as the inability to be routed between subnets were solved with BOOTP (Bootstrap Protocol).
BOOTP, however, ended to have its own set of limitations like lack of a lease time for IP addresses.
DHCP (Dynamic Host Configuration Protocol) was therefore defined as an extension to BOOTP.
DHCP is backward compatible with BOOTP thus allowing some degree of interoperability between the 2 protocols.
The state-of-the-art protocol for dynamic IP address assignment is, however, is DHCP.
DHCPv6 is an adaption of DHCP for IPv6 based networks.
Different types of ports
This document discusses different types of ports including TCP Port Service Multiplexer which allows contacting TCP services on a single well-known port number, the Echo Protocol for testing round-trip network times, the Discard Protocol for testing and measurement, file transfer for transmitting files over networks, and the Time Protocol for time synchronization over the Internet. It was written by Saif Omar, a 10th grade student, to explain various ports and their uses.
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This multiple choice quiz covers topics in Chapter 2 of the textbook "Computer Networking: A Top-Down Approach" including the application layer, HTTP, caching, and peer-to-peer file sharing protocols. It contains 12 questions testing knowledge of concepts like application layer protocols, HTTP request and response headers, DNS records, TCP vs UDP, and characteristics of BitTorrent file sharing.
Analysis of Link State Resource Reservation Protocol for Congestion Managemen...
With the wide spread of WiFi hotspots, concentrated traffic workload on Smart Web (SW) can slow down
the network performance. This paper presents a congestion management strategy considering real time
activities in today’s smart web. With the SW context, cooperative packet recovery using resource
reservation procedure for TCP flows was adapted for mitigating packet losses. This is to maintain data
consistency between various access points of smart web hotspot. Using a real world scenario, it was
confirmed that generic TCP cannot handle traffic congestion in a SW hotspot network. With TCP in
scalable workload environments, continuous packet drops at the event of congestion remains obvious. This
is unacceptable for mission critical domains. An enhanced Link State Resource Reservation Protocol (LSRSVP)
which serves as dynamic feedback mechanism in smart web hotspots is presented. The contextual
behaviour was contrasted with the generic TCP model. For the LS-RSVP, a simulation experiment for TCP
connection between servers at the remote core layer and the access layer was carried out while using
selected benchmark metrics. From the results, under realistic workloads, a steady-state throughput
response was achieved by TCP LS-RSVP to about 3650Bits/secs compared with generic TCP plots in a
previous study. Considering network service availability, this was found to be dependent on fault-tolerance
of the hotspot network. From study, a high peak threshold of 0.009 (i.e. 90%) was observed. This shows
fairly acceptable service availability behaviour compared with the existing TCP schemes. For packet drop
effects, an analysis on the network behaviour with respect to the LS-RSVP yielded a drop response of about
0.000106 bits/sec which is much lower compared with the case with generic TCP with over 0.38 bits/sec.
The latency profile of average FTP download response was found to be 0.030secs, but with that of FTP
upload response, this yielded about 0.028 sec. The results from the study demonstrate efficiency and
optimality for realistic loads in Smart web contexts.
Sem 1 Ch 11
The document summarizes key concepts about the TCP/IP transport and application layers:
1) The transport layer provides five basic services: segmenting data, establishing end-to-end operations, transporting segments, ensuring data reliability, and providing flow control.
2) TCP uses a three-way handshake for connection establishment and positive acknowledgment with sequence numbers to ensure reliability.
3) Common transport layer protocols are TCP and UDP, with TCP being connection-oriented and reliable while UDP is connectionless.
4) The application layer defines protocols for functions like DNS, FTP, HTTP, SMTP, and Telnet.
UDP - User Datagram Protocol
Overview of UDP protocol.
UDP (User Datagram Protocol) is a simple extension of the Internet Protocol services. It basically provides simple packet transport service without any quality of service functions.
Unlike TCP, UDP is connection-less and packet-based. Application PDUs (application packets) sent over a UDP socket are delivered to the receiving host application as is without fragmentation.
UDP is mostly used by applications with simple request-response communication patterns like DNS, DHCP, RADIUS, RIP or RPC.
Since UDP does provide any error recovery such as retransmission of lost packets, the application protocols have to take care of these situations.
Services
This document summarizes the /etc/services file, which defines network services and their associated port numbers. It notes that the file contains services defined by IANA in the Assigned Numbers registry, including well-known ports from 0-1023, registered ports from 1024-49151, and dynamic/private ports from 49152-65535. Each entry lists the service name, port number, transport protocol, and optional comments or aliases.
Udp
user define protocol .its amzing ppt for student when clever student reasd it done 5star like.and share and subscribe too.
please subscribe our channel jaydipramani on youtube..
Tcp/ip model
The document describes the TCP/IP model and its layers:
1. The application layer contains common protocols like FTP, SMTP, HTTP, and DNS.
2. The transport layer contains TCP and UDP which manage end-to-end message transmission and error handling.
3. The network layer is IP which handles routing and congestion of data packets.
4. The lower layers include the data link layer which manages reliable data delivery to physical networks, and the physical layer which defines the physical media.
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Presentation on tcp ip by kalyan kk
TCP/IP is a set of communication protocols that allows computers to connect to each other and exchange data over a network. It operates at both the transport layer, with TCP, and the internet layer, with IP. TCP divides messages into packets and ensures reliable delivery, while IP manages addressing so packets reach the correct destination. Common TCP/IP services that provide applications for information delivery include SMTP for email, HTTP for web browsing, FTP for file transfer, and UDP for connectionless communication between processes.
RTSP Protocol - Explanation to develop API of RTSP Protocol
The document describes the Real Time Streaming Protocol (RTSP) for developing an API. It explains the RTSP URL format, authentication, commands, headers, and sessions. RTSP supports transmitting video and audio data over RTP over UDP, RTP over TCP, and RTP over RTSP. It provides examples of setting up sessions and transmitting streams between a client and server over different transport modes.
Tftp client server communication
This document describes the implementation of a TFTP client using a finite state machine. It provides an overview of the TFTP protocol, including the different request and response operations for reading and writing files. It outlines the data flow and formats for each operation. It also presents the finite state machine for the TFTP client, including the different states and transitions between states based on sending and receiving requests and responses. The goal of the project is to design and develop a TFTP client using these specifications.
Network and TCP performance relationship workshop
The document discusses TCP performance factors and techniques to improve TCP performance in network environments. It covers TCP operation principles, factors that impact TCP performance like packet loss, out-of-order packets, and congestion. It also discusses approaches to improve performance through the network like reducing packet loss and congestion, and through appliances like TCP offloading and optimization to reduce system resource usage.
protocol architecture
This document discusses protocol architectures and the TCP/IP model. It introduces the need for a protocol architecture to break communication tasks into layers. It describes the key layers of the TCP/IP model used in the Internet, including the physical, network access, internet, transport, and application layers. It also compares TCP/IP to the OSI model and discusses how traditional applications differ from newer multimedia applications in their network requirements.
Introduction to HTTP/2
This document provides an introduction to HTTP/2, including:
- HTTP/1.x has drawbacks like occupying one TCP connection per request and slow start-up times.
- HTTP/2 aims to address these by being binary based, multiplexed, compressed and allowing server push.
- It grew out of SPDY and was standardized by the IETF, maintaining the HTTP paradigm while improving performance.
Port tcp
This document lists TCP and UDP ports along with their descriptions and status. It provides information on common ports used for protocols like HTTP, DNS, SSH, SMTP, and more. The status is categorized as official, unofficial, or multiple use to indicate if the port is registered with IANA for a specific application, not registered, or can be used by multiple applications.
TCP Theory
TCP provides reliable data transfer over unreliable packet networks by using acknowledgments, retransmissions, and adaptive congestion control. It works with IP to transfer data through routers that may drop packets. While TCP ensures reliable delivery, it must control its transmission rate to avoid overwhelming network capacity and causing congestion collapse. This is achieved through additive-increase, multiplicative-decrease of the congestion window and techniques like active queue management.
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The document discusses multimedia communication protocols including SDP, RTSP, and SIP. SDP is used to describe multimedia sessions to enable clients to join. RTSP establishes and controls media streams, allowing playback control like start, stop, and pause. SIP establishes, modifies, and terminates multimedia sessions like voice and video calls, using requests and responses.
สรุปหน่วยที่2 โพรโตคอล
This document discusses several common internet and networking protocols including HTTP, POP3, SMTP, FTP, IP, DHCP, IMAP. It also discusses common network layers including physical, datalink, network, transport, and application layers. Finally, it discusses wireless networking technologies such as Wi-Fi, Bluetooth, and Infrared Data Association (IrDA) standards.
RARP, BOOTP, DHCP and PXE Protocols
Overview of RARP, BOOTP, DHCP and PXE protocols for dynamic IP address assignment.
Dynamic IP address assignment to a host (or interface) is a common problem in TCP/IP based networks.
Manual and static assignment of IP addresses does not scale well and becomes a labor intensive task with a growing number of hosts.
An early approach for dynamic IP address assignment was RARP (Reverse ARP) which ran directly on the Ethernet protocol layer.
The many problems of RARP such as the inability to be routed between subnets were solved with BOOTP (Bootstrap Protocol).
BOOTP, however, ended to have its own set of limitations like lack of a lease time for IP addresses.
DHCP (Dynamic Host Configuration Protocol) was therefore defined as an extension to BOOTP.
DHCP is backward compatible with BOOTP thus allowing some degree of interoperability between the 2 protocols.
The state-of-the-art protocol for dynamic IP address assignment is, however, is DHCP.
DHCPv6 is an adaption of DHCP for IPv6 based networks.
Different types of ports
This document discusses different types of ports including TCP Port Service Multiplexer which allows contacting TCP services on a single well-known port number, the Echo Protocol for testing round-trip network times, the Discard Protocol for testing and measurement, file transfer for transmitting files over networks, and the Time Protocol for time synchronization over the Internet. It was written by Saif Omar, a 10th grade student, to explain various ports and their uses.
Chapter 2 - Application Layer
This multiple choice quiz covers topics in Chapter 2 of the textbook "Computer Networking: A Top-Down Approach" including the application layer, HTTP, caching, and peer-to-peer file sharing protocols. It contains 12 questions testing knowledge of concepts like application layer protocols, HTTP request and response headers, DNS records, TCP vs UDP, and characteristics of BitTorrent file sharing.
Analysis of Link State Resource Reservation Protocol for Congestion Managemen...
With the wide spread of WiFi hotspots, concentrated traffic workload on Smart Web (SW) can slow down
the network performance. This paper presents a congestion management strategy considering real time
activities in today’s smart web. With the SW context, cooperative packet recovery using resource
reservation procedure for TCP flows was adapted for mitigating packet losses. This is to maintain data
consistency between various access points of smart web hotspot. Using a real world scenario, it was
confirmed that generic TCP cannot handle traffic congestion in a SW hotspot network. With TCP in
scalable workload environments, continuous packet drops at the event of congestion remains obvious. This
is unacceptable for mission critical domains. An enhanced Link State Resource Reservation Protocol (LSRSVP)
which serves as dynamic feedback mechanism in smart web hotspots is presented. The contextual
behaviour was contrasted with the generic TCP model. For the LS-RSVP, a simulation experiment for TCP
connection between servers at the remote core layer and the access layer was carried out while using
selected benchmark metrics. From the results, under realistic workloads, a steady-state throughput
response was achieved by TCP LS-RSVP to about 3650Bits/secs compared with generic TCP plots in a
previous study. Considering network service availability, this was found to be dependent on fault-tolerance
of the hotspot network. From study, a high peak threshold of 0.009 (i.e. 90%) was observed. This shows
fairly acceptable service availability behaviour compared with the existing TCP schemes. For packet drop
effects, an analysis on the network behaviour with respect to the LS-RSVP yielded a drop response of about
0.000106 bits/sec which is much lower compared with the case with generic TCP with over 0.38 bits/sec.
The latency profile of average FTP download response was found to be 0.030secs, but with that of FTP
upload response, this yielded about 0.028 sec. The results from the study demonstrate efficiency and
optimality for realistic loads in Smart web contexts.
Sem 1 Ch 11
The document summarizes key concepts about the TCP/IP transport and application layers:
1) The transport layer provides five basic services: segmenting data, establishing end-to-end operations, transporting segments, ensuring data reliability, and providing flow control.
2) TCP uses a three-way handshake for connection establishment and positive acknowledgment with sequence numbers to ensure reliability.
3) Common transport layer protocols are TCP and UDP, with TCP being connection-oriented and reliable while UDP is connectionless.
4) The application layer defines protocols for functions like DNS, FTP, HTTP, SMTP, and Telnet.
UDP - User Datagram Protocol
Overview of UDP protocol.
UDP (User Datagram Protocol) is a simple extension of the Internet Protocol services. It basically provides simple packet transport service without any quality of service functions.
Unlike TCP, UDP is connection-less and packet-based. Application PDUs (application packets) sent over a UDP socket are delivered to the receiving host application as is without fragmentation.
UDP is mostly used by applications with simple request-response communication patterns like DNS, DHCP, RADIUS, RIP or RPC.
Since UDP does provide any error recovery such as retransmission of lost packets, the application protocols have to take care of these situations.
Services
This document summarizes the /etc/services file, which defines network services and their associated port numbers. It notes that the file contains services defined by IANA in the Assigned Numbers registry, including well-known ports from 0-1023, registered ports from 1024-49151, and dynamic/private ports from 49152-65535. Each entry lists the service name, port number, transport protocol, and optional comments or aliases.
Udp
user define protocol .its amzing ppt for student when clever student reasd it done 5star like.and share and subscribe too.
please subscribe our channel jaydipramani on youtube..
Tcp/ip model
The document describes the TCP/IP model and its layers:
1. The application layer contains common protocols like FTP, SMTP, HTTP, and DNS.
2. The transport layer contains TCP and UDP which manage end-to-end message transmission and error handling.
3. The network layer is IP which handles routing and congestion of data packets.
4. The lower layers include the data link layer which manages reliable data delivery to physical networks, and the physical layer which defines the physical media.
Xtc Pdiscussionv2
MainlineNet Holdings owns Extreme TCP, a new technology that improves upon the standard TCP congestion avoidance algorithm used on the internet. Extreme TCP uses complex router and network models to transmit data at higher speeds while avoiding congestion events that slow transmission. Testing showed transmission speed improvements of 400-1000% for some connections and up to 1400% for longer connections. While Extreme TCP can be applied as a software patch, its benefits are only seen on the device that has it installed, not requiring widespread adoption. It has the potential to significantly increase transmission speeds for most internet communications that use TCP.
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This document provides an overview of computer networking components and protocols. It shows the basic hardware components like routers, switches, servers and network cards. It also lists some common networking protocols like Ethernet, IP, TCP, UDP, ARP, DHCP, RARP and several application layer protocols for email, file transfer and web.
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This document provides an overview of the TCP/IP model and its layers:
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