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ai-decision-making

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Fast local AI decisions inside your application. A shared library and C API built on laya.cpp that runs the Laya typed-decision model in-process: no server, no Python. Windows, Linux and macOS, x64 and ARM64, CPU or GPU. An open-source alternative to Jev

  • Updated Oct 5, 2026
  • C++

Agentic AI refers to AI systems capable of autonomous decision-making, planning, and executing tasks based on goals—acting like intelligent agents. These systems combine LLMs with tools, memory, and feedback loops to complete complex workflows with minimal human input.

  • Updated Jun 25, 2025
  • Jupyter Notebook

Fast local AI decisions in Delphi and Free Pascal. A binding for LibLayaX that runs the Laya typed-decision model in-process: no server, no Python. One unit, Laya.pas, with a TLayaAgent class. Windows, Linux and macOS, CPU or GPU, 64-bit. An open-source alternative to Jev

  • Updated Oct 5, 2026
  • Pascal

Fast local AI decisions in Lua. A binding for LibLayaX that runs the Laya typed-decision model in-process: no server, no Python. Answers as JSON text or Lua tables. Lua 5.1 to 5.4, on Windows, Linux and macOS. An open-source alternative to Jev

  • Updated Oct 2, 2026
  • C

EthosGPT is an open-source framework that maps how Large Language Models align with diverse human values, promoting cultural and ethical diversity in AI-driven decision-making.

  • Updated Nov 24, 2024
  • Jupyter Notebook

Fast local AI decisions in Rust. A binding for LibLayaX that runs the Laya typed-decision model in-process: no server, no Python. A safe Agent type that is Send + Sync, with no dependencies. Windows, Linux and macOS, x64 and ARM64, CPU or GPU. An open-source alternative to Jev

  • Updated Oct 2, 2026
  • Rust

This system models adaptive reflection across multiple cognitive layers, enabling agents to restructure their reasoning through a meta-level feedback process. It enhances self-regulation and decision robustness in dynamic environments. 本システムは、複数の認知層にわたる適応的反射をモデル化し、エージェントがメタレベルのフィードバックを通じて推論を再構築できるようにします。これにより、動的環境下での自己調整力と意思決定の堅牢性が向上します。

  • Updated Jun 24, 2025

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