Québec Artificial Intelligence

Québec.AI Web — The Dawn of Artificial Intelligence

Artificial Intelligence for the Web : Converting AI Research into Commercial Successes.

At the forefront of AI, deploying superhuman agents that can learn from experience in the browser unlocks new powerful possibilities to apply AI in ways we never thought of! E.g., on a mobile device, the autonomous agent can leverage sensor data (i.e.: gyroscope or accelerometer) and take actions. True understanding comes from agents that learn by “seeing” how they affect the world.

All data stays on the client, making AI agents in the browser useful for privacy preserving applications.

Québec.AI Web — Artificial Intelligence for the Web

Artificial Intelligence is about recognising patterns, Artificial Life is about creating patterns.

— Mizuki Oka et al, #alife2018

A Proof of Concept : Getting Alexa to Respond to Sign Language

Using TensorFlow to make an Amazon Echo respond to sign language, by M. A. Singh :


Getting Alexa to Respond to Sign Language Using a Webcam and TensorFlow.js

Advanced and Impactful Open-Source Technologies

Bringing contributions by scholars recognized as the foremost authorities in their fields, Québec Artificial Intelligence is ahead of trends that will profoundly influence the future of Humanity.

Cutting edge open-source technologies proudly used :

1. TensorFlow.js

Training and Deploying ML Models in the Browser

TensorFlow.js uses flexible and intuitive APIs to build and train models from scratch using a low-level JavaScript linear algebra library or a high-level layers API. The TensorFlow.js model converters allows running pre-existing TensorFlow models right in the browser or under Node.js. Pre-existing ML models can be retrained using sensor data connected to the browser, or other client-side data. Three development workflows :

  • Importing an existing, pre-trained model for inference ;

  • Re-training an imported model quickly (transfer learning) with only a small amount of data ; and

  • Authoring (define, train, and run) models directly in the browser.

An overview of TensorFlow.js APIs. TensorFlow.js is powered by WebGL and supports importing TensorFlow SavedModels and Keras models

TensorFlow.js AI agents can be trained using reinforcement learning, neuroevolution, or other machine learning methods. There’s no need to install anything. Just open a webpage, and your AI Agent is ready to run.

References :

2. Reinforcement Learning

Going Beyond Input-Output Pattern Recognition

In the past few years deep reinforcement learning started achieving state-of-the-art results.

Reinforcement learning (RL) is the subfield of machine learning concerned with decision making and motor control. It studies how an agent can learn how to achieve goals in a complex, uncertain environment. “ — OpenAI

At the bleeding edge of AI, autonomous agents can learn from experience, simulate worlds and orchestrate meta-solutions. Here’s an inspiring example of a high-quality implementation of a reinforcement learning algorithm :

OpenAI Five’s Networks Model Structure

Powerful and useful application domains :

Dialogue, Healthcare, Management, Robotics, Smart Grid, Supply Chains, etc.

Self-Play is Automated Knowledge Creation. “ — Carlos E. Perez

References :

3. TensorFlow Hub

Reusing Machine Learning Modules

TensorFlow Hub is a library for the publication, discovery, and consumption of reusable parts of machine learning models. A module is a self-contained piece of a TensorFlow graph, along with its weights and assets, that can be reused across different tasks in a process known as transfer learning. Transfer learning can:

  • Train a model with a smaller dataset ;

  • Improve generalization: and

  • Speed up training.

“Ingredients” of a machine learning model that can be packaged and shared through TensorFlow Hub. In a sense, sharing a pre-trained model also shares the compute time and dataset used to develop the model, in addition to architecture itself

I think transfer learning is the key to general intelligence. And I think the key to doing transfer learning will be the acquisition of conceptual knowledge that is abstracted away from perceptual details of where you learned it from. “ — Demis Hassabis

Transform your Web Site with an AI Agent

Fully-fledged AI systems can achieve serious revenue!

Québec Artificial Intelligence helps to transform Web sites for the age of artificial intelligence by developing machine learning agents in the browser that achieves goal-oriented behavior.

Demos :

  1. Solving the cart-pole control problem in the browser using the policy-gradient method
  1. Predicting balls and strikes using TensorFlow.js


    Québec.AI Web — Artificial Intelligence for the Web

  1. Animation with CPPNs and TensorFlow.js, an @observablehq notebook by Emily Reif
  1. Move Mirror: An AI Experiment with Pose Estimation in the Browser using TensorFlow.js


    Québec.AI Web — Artificial Intelligence for the Web

  1. L1: Tensor Studio — An in-browser live-programming environment by Milan Lajtoš

Québec.AI Web — Artificial Intelligence for the Web

References :

Nothing is more powerful than an idea whose time has come. “ — Victor Hugo

Québec.AI is offering a new world age of impactful technical prowesses on an unprecedented scale.

To order your AI Agent :

✉️ Courriel : info@quebec.ai
📞 Téléphone : +1.514.829.8269
🌐 Site web : http://www.quebec.ai/
📝 LinkedIn : https://www.linkedin.com/in/quebecai/
🏛 Maison-mère : 350, rue Prince-Arthur Ouest, suite 2105, Montréal, Qc H2X 3R4 *Bureau administratif

#AIFirst #IntelligenceArtificielleQuebec #QuebecIA

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