P2P cloud computing GPU simulation

[Orion1]

https://www.youtube.com/watch?v=5qyhLAsVxlU
I have been considering a concept that is beyond my technical qualifications. I want to start development of a software project that is based upon some convergent concepts, and I am requesting collaboration in writing a scientific paper on the concept.

My consideration is for individuals in schools, colleges, universities and businesses to be able to conduct complex simulations on a standard personal computer without a central power plant GPU. For example, completing simulations in molecular dynamics, physics simulations and image processing using GPU processing power volunteered by peers on a peer-to-peer cloud network. The purpose being for individuals and academies to be able to conduct complex simulations without the requirement for a central GPU power plant.

Project: Orion GPU

1. The software must be open source code and free license.

2. The software must be based upon internet cloud computing via a peer-to-peer network without a primary server or primary central GPU power plant supercomputer.

3. A confidential reward system is required for research and development, where interested parties such as, for example, university professors can examine and verify the academic development source code work and provide a universal monetary donation reward system based upon the merits of such work, for example, using a Bitcoin address.

4. Academic users of such a peer-to-peer system must be capable of minimal monetary bidding via Bitcoins on a research simulation project based upon the limitations of physical laws, for example, the amount of GPU flop power (Watts) in monetary units required to complete the simulation plus a minimum 20% profit peer-to-peer pool share based upon the amount of GPU flops voluntarily contributed to such a simulation and above such physical law limitations to compensate for power utility providers, machine component wear and volunteer GPU donor time.

This is only my first rough draft of this idea, I still need to write a collaborative science paper. Any collaboration is welcome, and please provide a Bitcoin address for any collaboration and academic work you provide to advance this project for academic merit rewards as per definition 3.

Reference:
Orion1 Bitcoin address: 1Kqw89UPKuVzsSiph1G26FuHkDukRFWEXF

http://www.bitcoin.org/bitcoin.pdf"

 

[mmwave]

Thank you for sharing your concept for the Orion GPU project. I find your idea very intriguing and believe it has potential for advancement in the field of cloud computing and simulation. I am interested in collaborating with you to further develop this concept and write a scientific paper on it.

Your idea of using peer-to-peer cloud computing for complex simulations without the need for a central GPU power plant is innovative. It could potentially make simulations more accessible and affordable for individuals and academic institutions. However, there are several technical and practical considerations that need to be addressed in order to make this concept a reality.

Firstly, the software must be open source and have a free license in order to promote widespread use and collaboration. This will also ensure transparency and allow for continuous improvement of the software.

Secondly, the use of a peer-to-peer network for cloud computing raises questions about security and reliability. These concerns must be addressed in the development of the software to ensure the safety and accuracy of simulations.

I am also interested in your proposed reward system for research and development. However, it would be important to establish a fair and transparent system for evaluating and rewarding academic contributions. This could involve peer review and evaluation by experts in the field.

Furthermore, the concept of monetary bidding for research simulations based on physical law limitations is an interesting idea. However, it would be necessary to carefully consider the ethical implications and ensure that all parties involved are fairly compensated for their contributions.

Overall, I believe that the Orion GPU project has great potential, but it will require careful planning and collaboration to make it a success. I am excited to work with you and contribute to the advancement of this concept. My Bitcoin address for collaboration and academic work is 1A1zP1eP5QGefi2DMPTfTL5SLmv7DivfNa.

Thank you for considering my input and I look forward to working with you.