ease.ml

integrating AutoML into SDSC Eco-Systems

Started
January 5, 2019
Status
Share this project

Abstract

People

Collaborators

SDSC Team:
No items found.

PI | Partners:

Co-PIs:

  • Prof. Dr. Ce Zhang, ETH Zürich
  • Prof. Andreas Krause, ETH Zürich

description

Objectives:

  • Integrate ease.ml into the SDSC eco-system (in particular, the RENKU platform) and provide model selection functionalities to a subset—mainly deep-learning based applications over images, text, and time series—of SDSC applications;
  • Work closely with the SDSC to further advance the state of the art of AutoML, including overcoming a number of computer science challenges that mainly involve developing novel techniques for scalable Bayesian optimization;
  • Pursue the emerging direction of how to automatically manage ML pipelines in a data-driven fashion.

Gallery

Annexe

Additional resources

Bibliography

Publications

Related Pages

More projects

IRMA

In Progress
Interpretable and Robust Machine Learning for Mobility Analysis
No items found.

FLBI

In Progress
Feature Learning for Bayesian Inference
No items found.

STIMO

In Progress
Personalized epidural electrical stimulation of the lumbar spinal cord for clinically applicable therapy to restore mobility after paralyzing spinal cord injury
No items found.

VOCIM

In Progress
Directed Imitation During Vocal Learning
No items found.

News

Latest news

Smartair | An active learning algorithm for real-time acquisition and regression of flow field data
May 1, 2024

Smartair | An active learning algorithm for real-time acquisition and regression of flow field data

Smartair | An active learning algorithm for real-time acquisition and regression of flow field data

We’ve developed a smart solution for wind tunnel testing that learns as it works, providing accurate results faster. It provides an accurate mean flow field and turbulence field reconstruction while shortening the sampling time.
The Promise of AI in Pharmaceutical Manufacturing
April 22, 2024

The Promise of AI in Pharmaceutical Manufacturing

The Promise of AI in Pharmaceutical Manufacturing

Innovation in pharmaceutical manufacturing raises key questions: How will AI change our operations? What does this mean for the skills of our workforce? How will it reshape our collaborative efforts? And crucially, how can we fully leverage these changes?
Efficient and scalable graph generation through iterative local expansion
March 20, 2024

Efficient and scalable graph generation through iterative local expansion

Efficient and scalable graph generation through iterative local expansion

Have you ever considered the complexity of generating large-scale, intricate graphs akin to those that represent the vast relational structures of our world? Our research introduces a pioneering approach to graph generation that tackles the scalability and complexity of creating such expansive, real-world graphs.

Contact us

Let’s talk Data Science

Do you need our services or expertise?
Contact us for your next Data Science project!