akolonin
commented
4 years ago The steps for the first round (semester) of work:
- Study the references above and more relevant references if needed
- Decide on which implementations of PoR to be used in the course of work (may need to study code sources and play with existing options)
- Draft the plan of work with milestones and deliverables for the future rounds (semesters)
This MSc student research task may or may not end-up with actual code submitted into this repository (official title "Proof-of-Reputation Consensus for a Blockchain system"). This task extends the task #279.
Main Goal: Comparable exploration of different options of Proof of Reputation Consensus mechanism implementations Russian: Сравнительное исследование различных вариантов реализации механизма консенсуса "доказательство права репутацией"
Subgoals: Provide experimental implementations for at least 2 different versions of PoR (better 3-4), such as listed below but may find other options: a) simplified version of multi-agent consensus negotiation or simulation of it implemented along the way; b) simplified version of multi-agent consensus negotiation or simulation of it implemented earlier by someone and available as open-source; c) some real multi-agent consensus negotiation protocol implemented earlier by someone and available as open-source. Explore resistance/vulnerability and performance impacts of PoR for different based on the above implementation, referring to the following specification: https://docs.google.com/document/d/1izovbeKmUSm253zfx-y0Dxg6aczkzU_Nnim2-fYmEX4/edit References: a) Existing "Liquid Rank" implementation in Python: https://github.com/singnet/reputation/blob/master/reputation/reputation_service_api.py (implements “incremental” design option from https://arxiv.org/pdf/1806.07342.pdf) b) Existing Amazon-kind marketplace simulation in Python: https://github.com/singnet/reputation/blob/master/reputation/reputation_buying.py c) PoR concept based on "Liquid Rank" https://steemit.com/blockchain/@aigents/proof-of-reputation-as-liquid-democracy-for-blockchain d) Design considerations for PoR https://arxiv.org/pdf/1806.07342.pdf https://blog.singularitynet.io/reputation-system-design-for-singularitynet-8b5b61e8ed0e?gi=f56f0a1309ed https://blog.singularitynet.io/singularitynet-moves-toward-social-computing-with-proof-of-reputation-14df7c6618f e) Attack-of-Clones vector design https://arxiv.org/abs/1902.10244 f) Simulation of Multi-Agent environment example and code that runs it https://github.com/singnet/reputation/blob/master/reputation/reputation_scenario.py https://github.com/singnet/reputation/blob/master/reputation/reputation_scenario_test.py