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1. • • Network routing refers to choosing a path across one or more networks. Routing concepts may be applied to any network, including public transportation and telephone networks. Routing determines the paths that Internet Protocol (IP) packets follow from the source to the destination. It does this on packet-switched networks such as the Internet.
     www.zenarmor.com › docs › network-basics

     What is a Routing? - zenarmor.com

2. Top results related to routing definition in networking

   • Networking in Java, 'readLine()' on multiple lines of response in client

     Top Answer

     Answered Nov 19, 2016 · 0 votes

     Hm i got it to work with netcat, e.g.:

     nc -l -p 31337-

     After starting netcat you can type in some input which will be sent to the client after connecting.

     So with netcat it works. I would recommend to use variables just for one purpose.

     while(true){ /* Flushing buffer */ String SvMessage; while (!receiver.ready()){} //wait for buffer /* Printing the resulting response from the server */ while (receiver.ready()){ SvMessage = receiver.readLine(); System.out.println(SvMessage); }- /* Get input message from the user */ String userMessage = "hello";- /* If the user inputs "exit", then the program terminates */ if (userMessage.equals("exit")) System.exit(1);- /* If not exit, send the message to server */ sender.print(userMessage + "\r\n"); }-

     I made some changes: 1.) changed while condition to br.ready() 2.) instead of PrintStream.println using PrintStream.print(message + "\r\n) 3.) not using a BufferedReader for userinput, just sending "commands" (or hello) 4.) added while (!receiver.ready()){} to wait for buffer to fill

     So the client will now always reply to the server with new commands (or "hello"). =)

     Hope this helps

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     1/5

   • Networking in objective c Client And Server in Iphone App

     Top Answer

     Answered Jan 02, 2013 · 0 votes

     Check out gamekit. Connecting to the game network will allow your apps to talk to each other sending small data packets back and forth.

     http://imagineric.ericd.net/2011/04/20/ios-gamekit-iphone-to-iphone-communication/

     or you can use a TCP socket setup and communicate that way.

     http://www.raywenderlich.com/3932/how-to-create-a-socket-based-iphone-app-and-server

     If the ios devices are on the same network it can work from one to the other.

     If they are on other networks you will need a central server.

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     2/5

   • networking in .net/C#

     Top Answer

     Answered Oct 17, 2008 · 16 votes

     If WCF meets your needs, it's worth looking at. ZeroC and other alternative higher level libraries exist. Otherwise there are several different ways to work closer to the socket level if that's what you need.

     TcpClient/UdpClient

     These provide a relatively thin wrapper around the underlying sockets. It essentially provides a Stream over the socket. You can use the async methods on the NetworkStream (BeginRead, etc.). I don't like this one as the wrapper doesn't provide that much and it tends to be a little more awkward than using the socket directly.

     Socket - Select

     This provides the classic Select technique for multiplexing multiple socket IO onto a single thread. Not recommended any longer.

     Socket - APM Style

     The Asynchronous Programming Model (AKA IAsyncResult, Begin/End Style) for sockets is the primary technique for using sockets asynchronously. And there are several variants. Essentially, you call an async method (e.g., BeginReceive) and do one of the following:

     • Poll for completion on the returned IAsyncResult (hardly used).
     • Use the WaitHandle from the IAsyncResult to wait for the method to complete.
     • Pass the BeginXXX method a callback method that will be executed when the method completes.

     The best way is #3 as it is the usually the most convenient. When in doubt, use this method.

     Some links:

     • MSDN Magazine Article on Sockets
     • A Jeffery Richter Article on the Asynchronous Programming Model

     .NET 3.5 High Performance Sockets

     .NET 3.5 introduced a new model for async sockets that uses events. It uses the "simplified" async model (e.g., Socket.SendAsync). Instead of giving a callback, you subscribe to an event for completion and instead of an IAsyncResult, you get SocketAsyncEventArgs. The idea is that you can reuse the SocketAsyncEventArgs and pre-allocate memory for socket IO. In high performance scenarios this can be much more efficient that using the APM style. In addition, if you do pre-allocate the memory, you get a stable memory footprint, reduced garbage collection, memory holes from pinning etc. Note that worrying about this should only be a consideration in the most high performance scenarios.

     • MSDN Magazine: Get Connected With The .NET Framework 3.5
     • MSDN Information with technique for pre-allocating memory

     Summary

     For most cases use the callback method of the APM style unless you prefer the style of the SocketAsyncEventArgs / Async method. If you've used CompletionPorts in WinSock, you should know that both of these methods use CompletionPorts under the hood.

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     3/5

   • Networking In EC2: VPCs, Subnets, And Route Tables

     Networking in Amazon EC2 involves several key components, including Virtual Private Clouds (VPCs), subnets, and route tables. These components are fundamental to creating isolated network environments for deploying and managing EC2 instances securely within the Amazon Web Services (AWS) cloud infrastructure. In Amazon Web Services (AWS), EC2 abbreviation is Elastic Compute Cloud one of the most popular service in AWS. In this article we will know By understanding and effectively configuring VPCs, subnets, and route tables, you can design and deploy network architectures in AWS that meet your specific requirements for security, availability, and performance. These networking components provide the foundation for building scalable and resilient cloud-based applications and services on the AWS platform.

     Amazon Elastic Compute Cloud (Amazon EC2) is a web service provided by Amazon Web Services (AWS) that allows users to rent virtual servers or virtual machines known as instances, on which they can run their own softwares and applications. An EC2 instance is essentially defined as virtual machine (VM) in the cloud.

     What Is AWS EC2?

     Amazon Elastic Compute Cloud (Amazon EC2) provides on-demand and scalable computing capacities like...

     Check all answers on Geeksforgeeks

     4/5

   • Networking with Kernel Bypass in Java

     Top Answer

     Answered Aug 25, 2012 · 5 votes

     If you are using solarflare, you can use their API to do kernel bypass (I am not using it directly, so can't provide more details). You can also use a messaging broduct like 29West LBM or IBM LLM which support rich functionality over various hardware.

     As @eSniff mentioned, the JRE has transferFrom() / transferTo() API which right now is used to expose the sendfile(2) equivalent for the systems that support it. The semantics of the API is defined so it can be transparently implemented to support DMA transfers between any 2 channels.

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     5/5

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3. www.guru99.com › ip-routingWhat is IP Routing? Types, Routing Table, Protocols, Commands

   www.guru99.com › ip-routing

   • Cached

   Jun 27, 2024 · IP Routing is a process that sends packets from a host on one network to another host on a different remote network. It helps you examine the destination IP address of a packet, determine the next-hop address, and forward it.

4. People also ask

   What is routing in networking?

   • Routing is the process of moving data from one device to another device. These are two other services offered by the network layer. In a network, there are a number of routes available from the source to the destination. The network layer specifies some strategies which find out the best possible route. This process is referred to as routing.

   Network Layer Services- Packetizing, Routing and Forwarding

   www.geeksforgeeks.org/network-layer-services-packetizing-routing-and-forwarding/

   See all results for this question

   What is a network routing problem?

   • Links, which may be one-way or two-way, are usually characterized by the time, cost, or distance required to traverse them. The time or cost of traveling in different directions on the same link may differ. A network routing problem consists of finding an optimum route between two or more nodes in relation to total time, cost, or distance.

   Operations research - Network Routing, Optimization, Algorithms

   www.britannica.com/topic/operations-research/Network-routing

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   What is a routing protocol?

   • Routing Protocols are the set of defined rules used by the routers to communicate between source & destination. They do not move the information to the source to a destination, but only update the routing table that contains the information. Network Router protocols helps you to specify way routers communicate with each other.

   Routing Protocols Types: Static, Dynamic, IP, CISCO - Guru99

   www.guru99.com/routing-protocol-types.html

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   What is the process of routing?

   • So, the process of routing involves packet forwarding from an entry interface out to an exit interface. Routing is the process of moving data from one device to another device. Forwarding is simply defined as the action applied by each router when a packet arrives at one of its interfaces. Operates on the Network Layer.

   Network Layer Services- Packetizing, Routing and Forwarding

   www.geeksforgeeks.org/network-layer-services-packetizing-routing-and-forwarding/

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5. Videos

   • 

     17:17

     youtube.com

     Everything Routers do - Part 1 - Networking Fundamentals - Lesson 5

     Jun 17, 2021

     164.9K Views

   • 

     12:46

     youtube.com

     How Routing Works: The Basics, Protocols, and Real-World Examples for Beginners

     Jul 19, 2023

     43.3K Views

   • 

     12:03

     youtube.com

     What is Routing, Static, Default, Dynamic Routing in Advance Networking

     Dec 11, 2021

     93.4K Views

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6. www.geeksforgeeks.org › network-layer-servicesNetwork Layer Services- Packetizing, Routing and Forwarding

   www.geeksforgeeks.org › network-layer-services

   • Cached

   Jun 18, 2024 · Key among these services are packetizing, routing, and forwarding. Packetizing involves encapsulating data into packets suitable for transmission. Routing determines the optimal path for these packets through the network, ensuring they navigate through multiple nodes and networks efficiently.

7. www.guru99.com › routing-protocol-typesRouting Protocols Types: Static, Dynamic, IP, CISCO - Guru99

   www.guru99.com › routing-protocol-types

   • Cached

   Jun 27, 2024 · Routing Protocols are the set of defined rules used by the routers to communicate between source & destination. They do not move the information to the source to a destination, but only update the routing table that contains the information.

8. www.geeksforgeeks.org › open-systemsWhat is OSI Model | 7 Layers Explained - GeeksforGeeks

   www.geeksforgeeks.org › open-systems

   • Cached

   Jun 18, 2024 · The Open Systems Interconnection (OSI) model describes seven layers that computer systems use to communicate over a network. It was the first standard model for network communications, adopted by all major computer and telecommunication companies in the early 1980s.

   • Video Duration: 38 min

9. www.geeksforgeeks.org › network-layer-protocolsNetwork Layer Protocols - GeeksforGeeks

   www.geeksforgeeks.org › network-layer-protocols

   • Cached

   Jun 24, 2024 · Routing and Forwarding: Routing is the process that decides the route for transmission of packets from sender to receiver. It mostly chooses the shortest path between the sender and the receiver. Routing protocols that are mostly used are path vector, distance vector routing, link state routing, etc. Network Layer Protocols

10. www.britannica.com › Network-routingOperations research - Network Routing, Optimization ...

    www.britannica.com › Network-routing

    • Cached

    Jul 1, 2024 · A network routing problem consists of finding an optimum route between two or more nodes in relation to total time, cost, or distance. Various constraints may exist, such as a prohibition on returning to a node already visited or a stipulation of passing through every node only once.