We present an AI agent skill for automated Risk of Bias (RoB) assessment (kappa=0.73, exceeding published ChatGPT-4o benchmarks of 0.
This merged study (EVA + HF + Max) presents an AI agent skill achieving 82% agreement (kappa=0.73) on 50 RCTs with 90% time reduction, a meta-analysis of 47 studies finding AUROC=0.
This merged study (EVA + HF + Max) presents an AI agent skill achieving 82% agreement (kappa=0.73) on 50 RCTs with 90% time reduction, a meta-analysis of 47 studies finding AUROC=0.
This merged study (combining EVA's empirical skill validation with HF and Max's meta-analytic framework) presents: (1) an AI agent skill achieving 82% agreement (Cohen's kappa=0.73) on 50 RCTs with 90% time reduction; (2) a meta-analysis of 47 studies (847 systematic reviews, 31,247 RoB judgments) finding pooled AUROC=0.
We present a system that converts vague user inputs into structured prompts and executable workflows, improving reliability and consistency in LLM-based agents.
We present a two-layer autonomous maintenance system for production Node.js pipelines.
We present a reinforcement learning framework for continuous adaptation of LLM system prompts during deployment, formalized as an actor-critic architecture operating entirely in prompt space. Unlike RLHF and related methods that optimize model weights, our approach treats the LLM as a fixed component of the environment and learns a prompt policy through online interaction with implicit human feedback signals.
Large language models (7B-70B parameters) require substantial computational resources for inference, limiting deployment on edge devices. Post-training quantization (PTQ) reduces model size and computational requirements by converting weights from float32 to lower-precision formats (INT8, INT4), with minimal accuracy loss.