@huggingface/tasks/dist/commonjs/tasks/reinforcement-learning/data.js

List of ML tasks for huggingface.co/tasks

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
const taskData = {
    datasets: [
        {
            description: "A curation of widely used datasets for Data Driven Deep Reinforcement Learning (D4RL)",
            id: "edbeeching/decision_transformer_gym_replay",
        },
    ],
    demo: {
        inputs: [
            {
                label: "State",
                content: "Red traffic light, pedestrians are about to pass.",
                type: "text",
            },
        ],
        outputs: [
            {
                label: "Action",
                content: "Stop the car.",
                type: "text",
            },
            {
                label: "Next State",
                content: "Yellow light, pedestrians have crossed.",
                type: "text",
            },
        ],
    },
    metrics: [
        {
            description: "Accumulated reward across all time steps discounted by a factor that ranges between 0 and 1 and determines how much the agent optimizes for future relative to immediate rewards. Measures how good is the policy ultimately found by a given algorithm considering uncertainty over the future.",
            id: "Discounted Total Reward",
        },
        {
            description: "Average return obtained after running the policy for a certain number of evaluation episodes. As opposed to total reward, mean reward considers how much reward a given algorithm receives while learning.",
            id: "Mean Reward",
        },
        {
            description: "Measures how good a given algorithm is after a predefined time. Some algorithms may be guaranteed to converge to optimal behavior across many time steps. However, an agent that reaches an acceptable level of optimality after a given time horizon may be preferable to one that ultimately reaches optimality but takes a long time.",
            id: "Level of Performance After Some Time",
        },
    ],
    models: [
        {
            description: "A Reinforcement Learning model trained on expert data from the Gym Hopper environment",
            id: "edbeeching/decision-transformer-gym-hopper-expert",
        },
        {
            description: "A PPO agent playing seals/CartPole-v0 using the stable-baselines3 library and the RL Zoo.",
            id: "HumanCompatibleAI/ppo-seals-CartPole-v0",
        },
    ],
    spaces: [
        {
            description: "An application for a cute puppy agent learning to catch a stick.",
            id: "ThomasSimonini/Huggy",
        },
        {
            description: "An application to play Snowball Fight with a reinforcement learning agent.",
            id: "ThomasSimonini/SnowballFight",
        },
    ],
    summary: "Reinforcement learning is the computational approach of learning from action by interacting with an environment through trial and error and receiving rewards (negative or positive) as feedback",
    widgetModels: [],
    youtubeId: "q0BiUn5LiBc",
};
exports.default = taskData;