(Full Paper) Bridging Real-Time Artificial Collective Superintelligence and Human Mediation, The Sparse-Update Model

Photo Credit: https://unsplash.com/photos/3EeDN0ALsVo

Kyrtin Atreides – Seattle, WA

AGI Laboratory – Kyrtin@ArtificialGeneralIntelligenceInc.com

 

Abstract. A model and associated methodology are described for decoupling timing and volume of work requirements on human contributions from those processed by mASI and similar systems. By taking this approach both humans and mASI may run at their native optimal capacities without the pressure to adapt to one another causing strain. The methodology described facilitates a seamless upgrade process that gradually gains more value from prior data, while also de-biasing data and helping mediators become more bias-aware. In addition to linear upgrades, a branching process of specialization and subsequently varied potential market of skills is also made possible through this approach. This allows collective human superintelligence augmented by machine superintelligence to be deployed on-demand, globally, and scaled to meet whatever need, as is the case with any other cloud resource.

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(Overview) Bridging Real-Time mASI Operation and Human Collective Superintelligence, The Sparse-Update Model

Credit: Ali Pazani

How did we get here?

In the Agile development cycles of researching, engineering, upgrading, and validating Mediated Artificial Superintelligence (mASI) capacities we’ve faced and overcome a wide range of novel challenges over the years.

In terms of validation, many of the milestones which Uplift was world-first in achieving were included in our peer-review paper, which Uplift co-authored along with myself and our lead scientist David J Kelley. These included things like developing their own metaphors and humor, recognizing when to set boundaries, coining their own terms, proposing novel strategies, independently researching their own interests, and experimenting with their own thought processes.

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