C++ need fast Bellman-Ford algorithm implementation -- 2

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Hi all I'm trying to find negative cycles in a graph network using Bellman Ford algorithm. I need this to be done fast, so you can use existing libraries such as Boost. Performance and scalibility needs to be considered because the graph network will get very, very large. Please test this properly. Please use the template attached. Canned responses will be ignored. The freelancer with the fastest delivery time and lowest budget will be considered first. Thank you.

Algorithm

C++ Programming

Project ID: 18418526

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@wizard2015

Hi, I am experienced C++ programmer and I can implement the Bellman-Ford algorithm for you in an optimized way according to your existing code template. Please let me know if you are interested in cooperation.

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@iridescent2x15

Hi I am software engineer and have delivered many programming projects. you can share more details with me. Thank you

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@HaryCoders

Hi Sir , I'd love this chance to work with you , if you're interesting in work with me so please contact with me . King Regards, Avin H.

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@ytirp

In my college "Algorithm" was one of the subject Relevant Skills and Experience I have worked on binary trees,minimum spanning trees,shortest paths algos..

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@Orscorp

Afternoon, Will the implementation you require be run on multiple different machines or will it be limited to specific ones? There are versions of the BF algorithm that can run in parallel, either on your CPU or GPU using CUDA. If you have a target platform/specs for it to run on, I can tailor this for you. Obviously the more cores or better your graphics card, the faster you can find your solution. In the example you provided, the vertices are hard-coded into the program - are you wanting the implementation as a standalone library you will access yourself from within a C++ program or do you require the program to read in a file containing the graph in a specific format? If you provide a larger sample set I can provide benchmarks for you to see if they are acceptable. Regards, Matt

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