AI Gamification

AI Gamification

The goal of this project is to involve the public in the development of better AI models. We use stimulating games alongside state-of-the-art AI models to create an appealing experience for non-scientific users. We aim to improve the ways data is collected for AI training as well as surface strengths and weaknesses of current models.
About AI Gamification
  • Interactive common sense | AI2 Israel, AI Gamification

    CrowdSense is an interactive effort to better understand what types of questions people consider to be common sense.

    Try the demo
    Crowd Sense: Helps us Better Define Common Sense
  • Crowd Sense: Helps us Better Define Common Sense
    Interactive common sense | AI2 Israel, AI Gamification

    CrowdSense is an interactive effort to better understand what types of questions people consider to be common sense.

    Try the demo
    • oLMpics - On what Language Model Pre-training Captures

      Alon Talmor, Yanai Elazar, Yoav Goldberg, Jonathan BerantTACL2020
      Recent success of pre-trained language models (LMs) has spurred widespread interest in the language capabilities that they possess. However, efforts to understand whether LM representations are useful for symbolic reasoning tasks have been limited and scattered. In this work, we propose eight reasoning tasks, which conceptually require operations such as comparison, conjunction, and composition. A fundamental challenge is to understand whether the performance of a LM on a task should be attributed to the pre-trained representations or to the process of fine-tuning on the task data. To address this, we propose an evaluation protocol that includes both zero-shot evaluation (no fine-tuning), as well as comparing the learning curve of a fine-tuned LM to the learning curve of multiple controls, which paints a rich picture of the LM capabilities. Our main findings are that: (a) different LMs exhibit qualitatively different reasoning abilities, e.g., ROBERTA succeeds in reasoning tasks where BERT fails completely; (b) LMs do not reason in an abstract manner and are context-dependent, e.g., while ROBERTA can compare ages, it can do so only when the ages are in the typical range of human ages; (c) On half of our reasoning tasks all models fail completely. Our findings and infrastructure can help future work on designing new datasets, models and objective functions for pre-training.

    Team

    AI2 Israel Members

    • Jonathan Berant's Profile PhotoJonathan BerantResearch

    Interns

    • personal photoOri YoranIntern