Named Data Networking ndn Project Simulation | Network-Coding Approach Performance based LT Coding

Title:- Network-Coding Approach Performance based on LT Coding and Network Coding and NDN Networking
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Implementation Plan:
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Scenario-1 :- [Based on LT Coding]
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Step 1: Initially, we construct the network with 100 cache nodes , 15 requestors and 5 servers.

Step 2: Next, Store the same data in the 5 servers. [stored in the 5 different locations in local drive. the local drive consider as a server]

Step 3: Next, The  requestors issue interest packets with RIB to the server.

Step 4: Next, Obtain the required Content/Data from the server based on the LT Coding process.

Step 5: Finally, The performance of the proposed work is evaluated in terms of following metrics,

              5.1 .Number of Requests (seconds) vs Average link capacity usage
              5.2 .Number of Requests (seconds) vs Average interest load
              5.3 .Cache size [Byte] (from 200MB to 10GB) vs Overhead [GB]
              5.4 .Cache Size [Byte] (from 200MB to 10GB) vs Download Time [ms]



Scenario-2 :- [Based on Network Coding]
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Step 1: Initially, we construct the network with 100 cache nodes , 15 requestors and 5 servers.

Step 2: Next, Store the same data in the 5 servers. [divide the data into multiple segments and stored in the 5 different locations in local drive. the local drive consider as a server]

Step 3: Next, The  requestors issue interest packets with  I_type and I_info to the server.

Step 4: Next, Obtain the required Content/Data from the server based on the Network Coding process.

Step 5: Finally, The performance of the proposed work is evaluated in terms of following metrics,

              5.1 .Number of Requests (seconds) vs Average link capacity usage
              5.2 .Number of Requests (seconds) vs Average interest load
              5.3 .Cache size [Byte] (from 200MB to 10GB) vs Overhead [GB]
              5.4 .Cache Size [Byte] (from 200MB to 10GB) vs Download Time [ms]

Scenario-3 :- [Based on Normal NDN]
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Step 1: Initially, we construct the network with 100 cache nodes , 15 requestors and 5 servers.

Step 2: Next, Store the same data in the 5 servers. [data stored in the 5 different locations in local drive. the local drive consider as a server]

Step 3: Next, The  requestors issue interest packets to the server.

Step 4: Next, Obtain the required Content/Data from the server .

Step 5: Finally, The performance of the proposed work is evaluated in terms of following metrics,

              5.1 .Number of Requests (seconds) vs Average link capacity usage
              5.2 .Number of Requests (seconds) vs Average interest load
              5.3 .Cache size [Byte] (from 200MB to 10GB) vs Overhead [GB]
              5.4 .Cache Size [Byte] (from 200MB to 10GB) vs Download Time [ms]

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Software Requirement:
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 1. Tool: MATLAB-R2020a
 2. Operating System: Windows 10 [64-bit]
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Note:-
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1) do you want to change the above process in the previous implementation or you need to create a new project based on your current new requirements

2) If the above steps do not satisfy your requirement, then send your requirements like the above steps.

3) We construct the network static number of nodes, the number of nodes will not change.