ukstv

Resilience — RES with built-in dividend pathways and swarm redistribution, for decentralized basic income

The idea to use the global financial network of daily transactions, and to link these transactions together into a web, is a bit similar to Tim Berners-Lee's idea to link all documents on the internet together with the Hypertext Transfer Protocol (HTTP), which gave us the world wide web.

When Tim Berners-Lee had the idea for the world wide web in the 80s, there were already documents on the internet. He did not have to invent the internet, and his contribution was instead that he saw a way to harness the information on the internet in a new way.

The same goes for the Resilience protocol. The world is electrified with millions, or billions, of financial transactions happening every single day. The global financial network is part of our infrastructure already. What Resilience aims to do is to re-purpose these transaction networks, into a we

ukstv

2006 - Agreeing to Agree - Conflict Resolution for Optimistically Replicated Data
2007 - Designing a Commutative Replicated Data Type
2009 - CRDTs - Consistency without Concurrency Control
2011 - A Comprehensive Study of Convergent and Commutative Replicated Data Types
2011 - Conflict-free Replicated Data Types
2011 - Optimistic Concurrency Control by Melding Trees
2012 - A Lattice-Theoretical Approach to Deterministic Parallelism with Shared State
2012 - An Optimized Conflict-free Replicated Set
2012 - Brief Announcement: Semantics of Eventually Consistent Replicated Sets
2012 - Key-CRDT Stores

ukstv

object Trampolines {
  def odd[A](as: List[A]): TailRec[Boolean] =
    as match {
      case Nil => Return(false)
      case _ :: xs => Suspend(() => even(xs))
    }

  def even[A](as: List[A]) = as match {
    case Nil => Return(true)
    case _ :: xs => Suspend(() => odd(xs))