Events

City Pioneers Series: 3D Food Printing – The Next Frontier of Additive Manufacturing

Subhajit Roy (Indian Institute of Technology Kanpur) – Deferred concretization in symbolic execution via fuzzing

Straits Times reported about the Youth Co:Lab Summit, where robots made up of chopsticks was on display. These robots were designed by a local youth start-up Stick ‘Em, and its co-founder is freshmore Adam Huh Dam.

To read more, https://www.straitstimes.com/singapore/robots-made-out-of-chopsticks-among-innovations-on-display-as-youth-discuss-climate-action-at-summit

Christos Yiacoumis, Andreas Costi, Konrads Klints and Julie Cabuhat (KPMG) – A day in the life of a security consultant, hacking systems and humans and Data Science and Incident Response (DSIR)

Daniel Dahlmeier (SAP) – Developing NLP in Industry and Chieu Hai Leong (DSO) – Fake News Detection

Semiconductor Digest published an article about LEGO stacking of 2D materials that could bring about ultracompact memory and spintronic technology. This research was led by SMT Assistant Prof Ang Yee Sin.

To read more, click on https://www.semiconductor-digest.com/lego-stacking-of-2d-materials-brings-us-a-step-closer-to-ultracompact-memory-and-spintronic-technology/

Design Innovation for Computing Workshop

SUTD x Wiley – Intro to Python Coding

Master of Architecture Lecture series 2022 – ‘Design beyond Zero’

Averaging data distributions is a core subroutine throughout data science. Wasserstein barycenters (a.k.a. Optimal Transport barycenters) provide a natural approach for this problem that captures the geometry of the data, and are central to diverse applications in machine learning, statistics, and computer graphics. However, despite considerable attention, it remained unknown whether Wasserstein barycenters can be computed in polynomial time. Our recent work provides a complete answer to this question and uncovers the subtle dependence of the answer on the dimension due to the continuous nature of the problem.

In this talk, Jason will explain these results and how they fit more broadly into the research program on algorithms for “structured” Multimarginal Optimal Transport problems.
Joint work with Enric Boix