演讲人:Mikkel Thorup [University of Copenhage]时间:14:00-15:00, Nov 24, 2025 (Mon)地点:RM 1-222, FIT Building内容:A clustering is a partitioning into sets called clusters. The input to (unweighted) correlation clustering is an unweighted graph. We want to cluster the vertices so as to minimimize the number of edges between clusters plus the number of non-edges inside clusters.Recently there...
演讲人:Jung Ho Ahn [首尔国立大学] 时间:10:00-11:00, Nov 7, 2025 (Fri)地点:RM 1-222, FIT Building内容:GPUs continue to redefine performance boundaries across diverse workloads. This talk presents two compelling examples from our latest research, underscoring the critical role of programmable accelerators. First, we demonstrate how our group surpassed DARPA's ambitious 2021 DPRIVE ASIC target...
演讲人:Lingjie Duan [SUTD]时间:14:00-15:00, Nov 6, 2025 (Thu)地点:FIT1-312内容:Existing AI methods (model-based optimization, deep reinforcement Learning) struggle with generalization and rapid adaptation in dynamic wireless networks. This work pioneers "LLM for Wireless," harnessing the general intelligence of Large Language Models (LLMs) to proactively optimize network infrastructure, mov...
演讲人:刘鑫 [华中科技大学]时间:16:00-17:00, Oct 28, 2025 (Tue)地点:RM S327, MMW Building内容:Majorana zero modes (MZMs) exhibit non-Abelian braiding statistics, rendering them a cornerstone for topological quantum computing. A robust MZM platform demands a wide topological superconducting parameter space that facilitates experimental detection and control of MZMs and provides a promising de...
演讲人: 吴磊 【北京大学】时间:14:00-15:00, Oct 24, 2025 (Tue)地点:吕大龙楼701会议室内容:大模型尺度律揭示:性能随训练数据规模和计算量的增长呈现出可预测的幂律提升。这一规律深刻推动了现代人工智能的发展,但长期停留在经验观察层面,缺乏理论理解。为探究其成因,我们引入幂律核回归(power-law kernel regression)这一简化模型,作为理论原型来抽象尺度现象的关键机制。基于该模型的动力学推导,我们提出泛函尺...
演讲人:陈昱安 [北京大学]时间: 16:00-17:00, Oct 21, 2025 (Tue)地点:RM S327, MMW Building内容:The Kitaev toric code remains a benchmark for fault-tolerant quantum computation, yet standard techniques for increasing its logical dimension—lattice surgery, punctures, or concatenation—incur substantial qubit overhead. I will present a unified construction and analysis framework that alleviates ...