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Image that includes the blog title, ”Microsoft at ICALP 2023: Deploying cloud capacity robustly against power failures.” It also shows the ICALP 2023 logo, which is in Paderborn, Germany, and an image of the first page of the published paper. The background is a subtle abstract design.
Microsoft Research Blog

Microsoft at ICALP 2023: Deploying cloud capacity robustly against power failures 

July 11, 2023 | Konstantina Mellou, Marco Molinaro, and Rudy Zhou

Efficiency is vital in the face of escalating demand for cloud resources. And efficient power management strategies address the bottleneck of power availability in datacenters. Learn how we optimize power allocation to support sustainable resource usage.

In the news | Nature

AI tools are designing entirely new proteins that could transform medicine 

July 11, 2023

Digital art techniques can now devise custom, working biomolecules on demand. Read about recent advances in protein design, including MSR’s research into protein structure generation via folding diffusion.

APRON paper presented at ATC 2023
Microsoft Research Blog

Renovating computer systems securely and progressively with APRON 

July 10, 2023 | Sangho Lee

This research paper was accepted by 2023 USENIX Annual Technical Conference (ATC) (opens in new tab), which is dedicated to advancing the field of systems research. Whether they’re personal computers or cloud instances, it’s crucial to ensure that the computer…

Awards | USENIX OSDI

Daniel Berger receives OSDI 2023 Best Paper Award 

July 10, 2023

Daniel Berger's paper, Enso: A Streaming Interface for NIC-Application Communication, was selected as a best paper by the OSDI'23 organizers for its quality and potential impact. Enso was also awarded for its open source artifacts.

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Articles

Distributional Graphormer:从分子结构预测到平衡分布预测 

July 7, 2023

作者:科学智能中心 编者按:近年来,深度学习技术在分子微观结构预测中取得了巨大的进展。然而,分子的宏观属性和功能往往取决于分子结构在平衡态下的分布,仅了解分子的微观结构还远远不够。在传统的统计力学中,分子动力学模拟或增强采样等是获得平衡分布中采样的常用方法,但这些方法昂贵又耗时。 针对这个长期且艰巨的挑战,微软研究院发布了可用于预测分子结构平衡分布的深度学习框架 Distributional Gr...

Microsoft Research Focus 19 | Week of July 3, 2023
Microsoft Research Blog

Research Focus: Week of July 3, 2023 

July 7, 2023

In this issue: A new study looks at engineers’ views on hybrid work; prompt engineering adds context and specificity to generative AI models; Overwatch learns code edit patterns to aid developers; a Qlib update addresses financial market challenges.

A schematic diagram illustrating the goal of Distributional Graphormer (DiG). A molecular system is represented by a basic descriptor D, such as the amino acid sequence for a protein. DiG transforms D into a structural ensemble S, which consists of multiple possible conformations and their probabilities. S is expected to follow the equilibrium distribution of the molecular system. A legend shows a example of D and S for Adenylate kinase protein.
Microsoft Research Blog

Distributional Graphormer: Toward equilibrium distribution prediction for molecular systems 

July 7, 2023 | Shuxin Zheng, Chang Liu, Yu Shi, Ziheng Lu, Fusong Ju, Jianwei Zhu, Hongxia Hao, Peiran Jin, Frank Noé, Haiguang Liu, and Tie-Yan Liu

Distributional Graphormer, Microsoft’s new deep learning framework for predicting the equilibrium distribution of molecular structures, can generate realistic and diverse molecular structures with high efficiency and low cost.

In the news | Yahoo! News

Breast cancer detection, language learning, sustainability: Can AI help humanity? 

July 7, 2023

While some believe AI could steal jobs or even destroy humanity, others think the technology could improve quality of life for people across the planet.

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Articles

Qlib全新升级:强化学习能否重塑金融决策模式? 

July 6, 2023

编者按:2020年,微软亚洲研究院开源了金融 AI 通用技术平台 Qlib。Qlib 以金融 AI 研究者和金融行业 IT 从业者为用户,针对金融场景研发了一个适应人工智能算法的高性能基础设施和数据、模型管理平台。一经开源,Qlib 便掀起了一阵热潮,相关开源项目在 GitHub 上已收获了11.4k颗星。作为一个通用技术平台,Qlib 不仅大大降低了行业从业者使用 AI 算法的技术门槛,还为金融...

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