A research framework for reinforcement learning providing modular building blocks and reference agent implementations.
Acme is a research framework for reinforcement learning that provides a library of modular building blocks and reference agent implementations. It solves the problem of creating efficient, readable, and scalable RL agents by offering well-documented components that serve as both performance baselines and starting points for novel research.
Reinforcement learning researchers and practitioners who need reference implementations, strong baselines, and flexible building blocks for developing and testing new RL algorithms.
Developers choose Acme because it offers production-quality, scalable agent implementations from DeepMind, with a focus on readability and research flexibility that allows easy extension and modification for experimental work.
A library of reinforcement learning components and agents
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Provides reusable building blocks for constructing RL agents, enabling easy composition and extension for novel research, as highlighted in the design philosophy.
Offers well-documented reference implementations that serve as performance benchmarks, crucial for reproducible RL research and algorithm comparison.
Built by researchers for daily use, it prioritizes usability and maintainability, making it ideal for experimental work and iterative development.
Supports running agents from single processes to distributed architectures, allowing experiments at various scales, a key feature mentioned in the README.
Installation requires managing multiple dependencies like JAX or TensorFlow and specific environments, which can be cumbersome and error-prone, as noted in the installation steps.
As a framework used actively by researchers, it may experience breaking changes and occasional issues, with the README warning that things might break and need fixing.
Designed for researchers with prior RL knowledge, it lacks beginner-friendly guidance, assuming familiarity with concepts and deep learning frameworks.