Search for tag: "hardware"
Brangwynne, Clifford - "A.I. for Accelerating BioE"AI for Accelerating Invention, a new Princeton AI Lab initiative, integrates artificial intelligence into engineering research, developing new technologies and tools to accelerate the process of…
From Broadcast Broadcast Center Staff
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OURSIP Intern - Pranav MathurControl of Neutral Atom Quantum Computer Using an RFSoC FPGA Advised by:Jeff Thompson, ECE
From our Undergraduate Research
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Optimizing Classical Hardware for Superconducting Qubit Control, Elizabeth Medina, UG '24 (AAFC1283)Quantum computers have the potential to provide improvements in a variety of areas, including drug development, artificial intelligence, and finance. These computers use quantum mechanics to perform…
From Research Princeton Research Day
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FutureFlow: A Deep Learning Approach to Short-Term Wind Gust Prediction and Control, Dylan Epstein-Gross, UG '25 (BFB85A86)My project explores the application of various deep learning methods to the problem of short-term wind gust prediction central to wind-aware control on real-world quadrotors, a ubiquitous issue for…
From Research Princeton Research Day
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TangoSec: a performant dance across the public Internet, Benjamin Herber, GS (2263723)Modern applications have strict network requirements, such as low latency and high reliability. Have these modern requirements grown beyond that which the public Internet can provide? Many companies,…
From Research Princeton Research Day
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Accelerating Design Space Exploration with Differentiable Surrogate Models, Shikhar Tuli, GS (2278304)Researchers constantly strive to explore large and complex search spaces in various scientific studies and physical experiments. These could include searching the exponentially large set of…
From Research Princeton Research Day
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Creating your Personal Risk Management Plan - Webinar(InfoSec 201) Organizations look at their cybersecurity threats by identifying, analyzing, evaluating, and addressing risks. By assessing these risks, they can establish the likelihood and impact of…
From Stefanie Clerkin
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What's next after the End of Moore's Law, Marcelo Orenes Vera, G3 (3964916)Moore's law is a prediction made by the president of Intel in 1965, Gordon Moore, who predicted that the number of transistors per circuit would double every 18 to 24 months. This trend was a…
From Research Princeton Research Day
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Robot Swarms for Surface Inspection Applications, Darren Chiu, UG '23 (3958946)Robotic swarm inspection offers a flexible, scalable, and cost-effective solution in comparison to human inspection such as the benefit of being resilient to individual failures and simplicity in…
From Research Princeton Research Day
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Engage 2021 - 5G, 6G, NextG: Wireless Network Designers Discuss Architecture and InnovationAcross industry and academia, wireless network designers are converging on open and programmable cellular networks to meet the demands of exciting new applications such as video streaming and…
From Innovation Innovation Communication
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