TCP/IP Concepts, Addressing and Services
... Each host is identified by a logical unique IP address. Each IP address defines network ID and host ID. Patch choice is based on location Location is represented by an address ...
... Each host is identified by a logical unique IP address. Each IP address defines network ID and host ID. Patch choice is based on location Location is represented by an address ...
PowerPoint Slides
... A device can access any other device directly by using its address. Message broadcast to all nodes at the same time and only the recipient device responds by accepting it. ...
... A device can access any other device directly by using its address. Message broadcast to all nodes at the same time and only the recipient device responds by accepting it. ...
Internet: A Fast Revision
... Reduces the cost of future upgrades New applications can be added without modifying the network. ...
... Reduces the cost of future upgrades New applications can be added without modifying the network. ...
IP Forwarding and ICMP
... Forwarding “The transfer of a packet from an incoming link to an outgoing link within a single router.” ...
... Forwarding “The transfer of a packet from an incoming link to an outgoing link within a single router.” ...
TCP/IP model
... • This information is typically prepended to the data before being given to the lower layer. • Once the lower layers deliver the data and control information - the peer layer uses the control information. ...
... • This information is typically prepended to the data before being given to the lower layer. • Once the lower layers deliver the data and control information - the peer layer uses the control information. ...
EECP 0442
... TCP/IP uses IP-addresses, which are 32-bit numbers. To make it easier to memorize such IP-addresses, they are usually expressed as 4 8-bit numbers (example: 192.168.10.1), where each of the 4 numbers is within the range of '0' to '255' (there are restriction on using '0' and '255', avoid using them. ...
... TCP/IP uses IP-addresses, which are 32-bit numbers. To make it easier to memorize such IP-addresses, they are usually expressed as 4 8-bit numbers (example: 192.168.10.1), where each of the 4 numbers is within the range of '0' to '255' (there are restriction on using '0' and '255', avoid using them. ...
ppt - School of Computer Science
... (1) Physical: transmission of a bit stream. (2) Data link: flow control, framing, error detection. (3) Network: switching and routing. (4) Transport: reliable end to end delivery. (5) Session: managing logical connections. (6) Presentation: data transformations. (7) Application: specific uses, e.g. ...
... (1) Physical: transmission of a bit stream. (2) Data link: flow control, framing, error detection. (3) Network: switching and routing. (4) Transport: reliable end to end delivery. (5) Session: managing logical connections. (6) Presentation: data transformations. (7) Application: specific uses, e.g. ...
Document
... segments (will fit into frame) Destination: • gathers together segments identified by their sequence numbers Examples: TCP - Transport Control Protocol UDP - User Datagram Protocol SPX - for IPX ATP - for AppleTalk ...
... segments (will fit into frame) Destination: • gathers together segments identified by their sequence numbers Examples: TCP - Transport Control Protocol UDP - User Datagram Protocol SPX - for IPX ATP - for AppleTalk ...
Document
... communicate with any other computer or entity it will adopt a set of rules agreeable to all the computers & entities in the network. This set of rules is called Protocol. Each layer communicates with its peer layer using a protocol before actual data transfer takes place. ...
... communicate with any other computer or entity it will adopt a set of rules agreeable to all the computers & entities in the network. This set of rules is called Protocol. Each layer communicates with its peer layer using a protocol before actual data transfer takes place. ...
Network - McGraw Hill Higher Education
... – Client/Server Network—Model for applications in which the bulk of the back-end processing takes place on a server, while the front-end processing is handled by the clients B5-5 ...
... – Client/Server Network—Model for applications in which the bulk of the back-end processing takes place on a server, while the front-end processing is handled by the clients B5-5 ...
Getting Started
... – Packet Based, not Circuit Based – Packet Size Limits – Large Packages broken-up into Smaller Packets – Each Packet Can Travel A Different Route ...
... – Packet Based, not Circuit Based – Packet Size Limits – Large Packages broken-up into Smaller Packets – Each Packet Can Travel A Different Route ...
Document
... Network: system for connecting computer using a single transmission technology Internet: set of networks connected by routers that are configured to pass traffic among any computers attached to networks in the set •Data transmission - media, data encoding •Packet transmission - data exchange over a ...
... Network: system for connecting computer using a single transmission technology Internet: set of networks connected by routers that are configured to pass traffic among any computers attached to networks in the set •Data transmission - media, data encoding •Packet transmission - data exchange over a ...
L-4 - care4you
... Stateless - Doesn't keep track of the state, works on timeout criteria. Used in application like streaming media (video, audio), where reliability, error recovery and flow control is not important. Has less overhead. ...
... Stateless - Doesn't keep track of the state, works on timeout criteria. Used in application like streaming media (video, audio), where reliability, error recovery and flow control is not important. Has less overhead. ...
slides
... – Required statistical bounds on loss and delay (e.g. 99% of time loss should be less than 5%) -> can be derived from required QoE ...
... – Required statistical bounds on loss and delay (e.g. 99% of time loss should be less than 5%) -> can be derived from required QoE ...
Physical.
... (1) Physical: transmission of a bit stream. (2) Data link: flow control, framing, error detection. (3) Network: switching and routing. (4) Transport: reliable end to end delivery. (5) Session: managing logical connections. (6) Presentation: data transformations. (7) Application: specific uses, e.g. ...
... (1) Physical: transmission of a bit stream. (2) Data link: flow control, framing, error detection. (3) Network: switching and routing. (4) Transport: reliable end to end delivery. (5) Session: managing logical connections. (6) Presentation: data transformations. (7) Application: specific uses, e.g. ...
midterm
... Firms should focus on their strategic position in an industry and how they will maintain profitability ...
... Firms should focus on their strategic position in an industry and how they will maintain profitability ...
Module 1: Introduction to TCP/IP
... Adds formatting, display, and encryption information to the packet Adds traffic flow information to determine when the packet gets sent Adds error-handling information Sequencing and address information is added to the packet Adds error-checking information and prepares data for going on to the phys ...
... Adds formatting, display, and encryption information to the packet Adds traffic flow information to determine when the packet gets sent Adds error-handling information Sequencing and address information is added to the packet Adds error-checking information and prepares data for going on to the phys ...
1-ITN-chap-3g
... that governs the way a web server and a web client interact. Transport Protocol - Transmission Control Protocol (TCP) is the transport protocol that manages the individual conversations between web servers and web clients. Internet Protocol - IP is responsible for assigning the appropriate addre ...
... that governs the way a web server and a web client interact. Transport Protocol - Transmission Control Protocol (TCP) is the transport protocol that manages the individual conversations between web servers and web clients. Internet Protocol - IP is responsible for assigning the appropriate addre ...
WHY NEED NETWORKING? NETWORKING NETWORK
... 1) Communication methodology and protocols: rules and conventions to be followed for the communicating systems to “understand” each other ...
... 1) Communication methodology and protocols: rules and conventions to be followed for the communicating systems to “understand” each other ...
Lecture 8 - cda college
... Additional functions specified by TCP are the same order delivery, reliable delivery, and flow control. Each TCP segment has 20 bytes of overhead in the header encapsulating the Application layer data, Applications that use TCP are: ...
... Additional functions specified by TCP are the same order delivery, reliable delivery, and flow control. Each TCP segment has 20 bytes of overhead in the header encapsulating the Application layer data, Applications that use TCP are: ...
When you have two or more computers connected to each
... Centralized Software Management. Software can be loaded on one computer (the file server) eliminating that need to spend time and energy installing updates and tracking files on independent computers throughout the building. Resource Sharing. Resources such as, printers, fax machines and modems can ...
... Centralized Software Management. Software can be loaded on one computer (the file server) eliminating that need to spend time and energy installing updates and tracking files on independent computers throughout the building. Resource Sharing. Resources such as, printers, fax machines and modems can ...
Recursive InterNetwork Architecture (RINA)
The Recursive InterNetwork Architecture (RINA) is a computer network architecture that unifies distributed computing and telecommunications. RINA's fundamental principle is that computer networking is just Inter-Process Communication or IPC. RINA reconstructs the overall structure of the Internet, forming a model that comprises a single repeating layer, the DIF (Distributed IPC Facility), which is the minimal set of components required to allow distributed IPC between application processes. RINA inherently supports mobility, multi-homing and Quality of Service without the need for extra mechanisms, provides a secure and programmable environment, motivates for a more competitive marketplace, and allows for a seamless adoption.