National Science Foundation (NSF)’s Post

New research from Rice CS PhD student David Q., and his adviser Anastasios Kyrillidis, Noah Harding Assistant Professor of Computer Science, takes a novel approach to the quantum process tomography (QPT) problem in #quantumcomputing scenarios. The paper won Best Poster Award at the International Conference on Rebooting Computing (#ICRC23). Quiroga is seen here receiving the award from the IEEE Computer Society. Read more about their research: https://bit.ly/4bAoZTu

UIC researchers, including CS Assistant Professor Fabio Miranda and CME Professor Sybil Derrible, joined the Open-Source Cyberinfrastructure for Urban Computing Research project, a cohesive ecosystem of tools and resources to transform city data into knowledge and action. Learn more about this transformative work here: https://lnkd.in/gKSxb296 #UIC #UICCollegeofEngineering #UICComputerScience

#road2DAUINPhDDay ✈ In view of the next edition of the DAUIN PhD Day (November 2024), we present the research activity of the PhD students in Computer and Control Engineering - 37th and 38th cycles. Join the PhD Day to discuss with them at poster sessions! 👉 Eros Fanì: Addressing heterogeneity in Federated Learning for real-world vision applications Federated Learning (FL) enables training models on edge devices while preserving the user’s privacy. However, non-IID data can lead to biased model training and slow convergence speed. This research addresses the FL challenges in real-world vision applications, identifying the factors that hinder the training process and the potential issues related to the specific tasks and scenarios. 🔗 https://lnkd.in/ekaeCGKZ

NSF researches aim to improve computer systems to be: - Efficient with sustainable ecosystems - More environmental friendly with better decarbonization mechanisms - Hardware-efficient implementing ML to allocate and utilize hardware resources.

Spring is in the air! Want to learn how to use Supercomputers? If you're a Student, PhD or Researcher of the Eindhoven University of Technology you can attend Spring HPC School. #hpc #highperformancecomputing

Save the Date! RAL Seminar "Leveraging Exascale Technology to Advance NSF NCAR Science within RAL" John Dennis, Computer Information and Systems Laboratory (CISL), NSF NCAR - The National Center for Atmospheric Research WED, Jan 17 | 1-2 PM (MT) | Hybrid Meeting Details: https://lnkd.in/g7dUu8Tv Webcast: https://lnkd.in/dWMdRBhz BIO: John Dennis received a PhD in computer science in 2005. He is a Scientist in the Computer Information and Systems Laboratory at the NSF National Center for Atmospheric Research. He co-leads a research group that focuses on improving the ability of large-scale geoscience applications to utilize current and future computing platforms. His research interests include parallel algorithm and compiler optimization, graph partitioning, and data-intensive computing. ABSTRACT: An institution-wide team was formed to determine the best course of action concerning using exascale technology to advance NSF NCAR's science objectives. The end product of this evaluation was the creation of both a general and laboratory-specific set of recommendations regarding how exascale technology can advance our science objectives. In our presentation, we describe science objectives that are potentially of interest to the RAL community that can benefit from the use of exascale technology. We also provide both NSF NCAR-wide and laboratory-specific recommendations to advance the RAL community's use of exascale technologies.

Welcome to an insightful exploration of the McGinty Equation (MEQ) in quantum computing and sensing, presented by Chris McGinty at the 8th annual Global Scientific Guild. In this presentation, Chris delves deep into the innovative integration of Quantum Field Theory, fractal geometry, and gravity, encapsulated in the MEQ. Expect a comprehensive journey through the potential of MEQ in addressing some of the most pressing challenges in quantum computing, particularly in error mitigation. The inventor effectively communicates the complexities of this novel method and its relevance to the rapidly advancing fields of quantum computing and sensing. This presentation also highlights how the MEQ framework could revolutionize various industries, from artificial intelligence to material science and healthcare, by offering groundbreaking advancements and practical applications. Chris discusses the current landscape of quantum computing, including major players in the industry, and situates the MEQ within this context, showcasing its potential to make significant contributions to the field. Get ready to delve into the future implications of MEQ, including its role in quantum cryptography and material science. McGinty’s discussion on the need for experimental validation and further research emphasizes the scientific rigor behind this innovative approach. This informative session, where theoretical complexity meets practical application, and discover the exciting potential of the McGinty Equation in shaping the future of quantum technologies.

【#1】The most popular (cited) ACM SIGCHI paper is our CHI '97 Tangible Bits paper. 😀 Tangible bits: towards seamless interfaces between people, bits, and atoms CHI '97: Proceedings of the ACM SIGCHI Conference on Human Factors in Computing Systems Hiroshi Ishii & Brygg Ullmer https://lnkd.in/eGdRjGVk https://lnkd.in/eHAFNuRF The second notable contribution is my dear MIT Media Lab colleague, Prof. Pattie Maes's seminal paper on social filtering from 1995. Social information filtering: algorithms for automating “word of mouth” CHI '95: Proceedings of the SIGCHI Conference on Human Factors in Computing Systems Upendra Shardanand & Pattie Maes https://lnkd.in/euh9PX9z I'm thrilled to acknowledge Pat Pataranutaporn for highlighting that the #1 and #2 SIGCHI most-cited papers originated from the MIT Media Lab. Our lab's legacy, deriving from the Architecture Machine Group, is a cornerstone in the evolution and future of HCI.

Please check out this wonderful featured article in the May/June 2023 special issue of Computing in Science and Engineering (CiSE)!

#road2DAUINPhDDay ✈ In view of the next edition of the DAUIN PhD Day (November 2024), we present the research activity of the PhD students in Computer and Control Engineering - 37th and 38th cycles. Join the PhD Day to discuss with them at poster sessions! 👉 Cristiano Pegoraro Chenet: Hardware Based Neuromorphic Resilience to Faults and Attacks Code anomalies may affect modern computing systems’ safety, reliability, and security. They include bugs, malicious code, and indirect effects caused by faults in the physical layer. This Ph.D. project aims to investigate the capabilities of hardware events and artificial intelligence to improve resilience to code anomalies. This approach has advantages like real-time detection and minimal performance overhead. 🔗 https://lnkd.in/ekaeCGKZ