SoR'23

Introduction Motivation The growing popularity of Deep Neural Networks has resulted in a substantial increase in demand for Graphics Processing Units (GPUs). GPUs are crucial for conducting matrix computations in DNN training and inference.

Hi! I’m Charis, an undergraduate student in the IT and Big Data Analytics program at the Calvin Institute of Technology. As part of the Reproducible Analysis & Models for Predicting Genomics Workflow Execution Time my proposal under the mentorship of In Kee Kim and Martin Putra aims to gain insight into features that are highly correlated with execution times of genomics workflows and build machine learning models for predicting workflow execution time.

Hi! I’m Haoran Wu, a third year at the University of Chicago majoring in Economics and Computer Science. With my proposal, I’m working on the GPU Emulator for Easy Reproducibility of DNN Training project with Professor Vijay Chidambaram.

Hello! I’m Rani, a third year undergraduate student at Institut Teknologi Bandung majoring at Informatics. As part of the FlashNet my proposal under the mentorship of Haryadi S. Gunawi and Daniar Kurniawan aims to implement and optimize the FlashNet model in real-world storage systems using continual learning techniques.

Hi! My name is Alex, an undergraduate student at the University of Chicago. As part of the Reproducible Evaluation of Multi-level Erasure Coding, my proposal under the mentorship of John Bent and Anjus George aims to build a platform to reproducibly evaluate the performance and durability of MLEC (Multi-Level Erasure Coding) for large-scale storage systems under different design configurations.

Hi! I’m Justin, an undergraduate at the University of Chicago. As part of the Flashnet project my proposal under the mentorship of Daniar Kurniawan and Haryadi S. Gunawi aims to port the Flashnet model into the Linux kernel.

This project aims to design a real-time performance shift detection algorithm for high-performance computing clusters, ensuring minimal overheads.

The project plans to understand the impact of missing settings on performance of the target open-source database systems.