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Was "Easye/reputation rfc/20220804a" |
I'll take that number…
- Providing a mechanism for bootstrapping networks, with a low | ||
number of nodes. | ||
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# Theory |
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How does this differ from Eigentrust at a high level in terms of properties?
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Thank you for this RFC :).
I left some comments.
Also: RFCs should use sembr.
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## Ikingut Algorithm | ||
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A deceptively simple algorithm for computing reputation of a other |
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A deceptively simple algorithm for computing reputation of a other | |
A deceptively simple algorithm for computing reputation of other |
from a single source of information: *how many correct responses did a | ||
node give to queries*. The challenge in this metric is the definition | ||
of *correct response*. We define a correct response as the decision | ||
the node achieves on the bit value (by means of Glacier). |
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I'd link the Glacier RFC here.
... this sounds like it contradicts the independence of the reputation layer from Glacier.
Maybe:
As an example: when using Ikingut with Glacier, we define [...]
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(Maybe I misread the above and it is not meant to be used outside of Glacier?)
Line 65-66 say it is generic. So my comment above applies.
of *correct response*. We define a correct response as the decision | ||
the node achieves on the bit value (by means of Glacier). | ||
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This in essence summarizes the algorithm. There are implementation |
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implementation details should not be in the RFC anyways.
Maybe just: "details and parameters"
of *correct response*. We define a correct response as the decision | ||
the node achieves on the bit value (by means of Glacier). | ||
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This in essence summarizes the algorithm. There are implementation |
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This in essence summarizes the algorithm.
Imo, a summary would require a more context on
We define a correct response as the decision the node achieves on the bit value
How do you evaluate the decision a node achieves?
(Also: does node refer to the responding node or the evaluating node?)
- Adaptive. It processes network and behavior changes fast. | ||
- Dynamic. It introduces new nodes consistently and fairly. | ||
- It is robust against strategic adversaries. We will see these in more detail below. | ||
- No transitive trust. This avoids collusion, greatly simplifies. The |
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What does it simplify greatly?
- Dynamic. It introduces new nodes consistently and fairly. | ||
- It is robust against strategic adversaries. We will see these in more detail below. | ||
- No transitive trust. This avoids collusion, greatly simplifies. The | ||
tradeoff is more time to build the reputation list. |
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tradeoff with respect to what?
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Incomplete. No publically known implementations. | ||
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# Sovereignty Considerations |
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Imo, we should stick to the naming "Security Considerations", to be consistent with respect to other RFCs.
@easye I see no activity in this PR for last 3 weeks with several outstanding comments. What's going on? |
@corpetty What would we need to publish this as a raw RFC? Is there anything to add / overhaul contentwise, apart from the few unaddressed comments? |
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I added a few more comments. (The old comments I made are still pending.)
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# Abstract | ||
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We present Ikingut: an algorithm for purely local computation of peer |
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We present Ikingut: an algorithm for purely local computation of peer | |
This document specifies Ikingut, an algorithm for purely local computation of peer |
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In case we go with Standards Track
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title: 42/LOGOS-REPUTATION-INKINGUT | ||
name: Logos Node Reputation | ||
status: raw | ||
category: Informational |
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If this actually specifies the algorithm, it should be a Standards Track
RFCs.
- Reasonable time to bootstrap reputation. With 10.000 nodes and k ~= | ||
9 is in the order of 8-10 min. | ||
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### Algorithm |
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In case we move this Standards Track
, this should be a top-level section.
I'd name it # Algorithm Specification
to make it explicit that this is the actual spec.
- Bring the opportunity of building reputation faster. | ||
- Ensure accumulation of negative scores for misbehaving nodes. | ||
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# Implementation status |
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I'd remove this and not track implementation status in the spec.
Continued discussion : vacp2p/rfc-index#10 |
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Continued discussion : vacp2p/rfc-index#10 |
A writeup of Inkingut for public consumption. Incomplete.