铸星闪耀 | 邢佳：我在微软亚洲研究院做人工智能×环境科学的破壁者
不久前，2019 年“铸星计划”项目访问学者、来自清华大学环境学院的邢佳老师给我们带来了重磅好消息——他在访问期间与微软亚洲研究院副院长刘铁岩、首席研究员秦涛、研究员郑书新等合作的论文，已被环境科学与工程领域顶级期刊《环境科学与技术》（Environmental Science & Technology）接收。 当前，交叉融合已成为科学研究的大势所趋，三部委联合印发的“双一流”建设指导意见...
A path to personalization: Using ML to subtype patients receiving digital mental health interventions
| Danielle Belgrave and Anja Thieme
Mental health experiences vary widely from individual to individual. Because of this, effective treatment is about identifying the unique set of tools that will help a person manage their mental health productively. And that rarely happens overnight. People experiencing symptoms…
Collaborating with team members throughout the user research process can create a sense of ownership and build deeper trust, something that may not happen if everyone's not involved. In this story, one user researcher considers the lessons around that process…
人工智能物联网赋能可持续发展
编者按：7月9日至11日，以“智联世界共同家园”为主题的2020世界人工智能大会云端峰会（第三届）拉开帷幕。微软再次作为大会的战略合作伙伴，于7月10日下午在线举办“人工智能予力永续未来”微软主题论坛，与国内外专家、学者和商业领袖围绕AI、IoT技术在多个领域的应用，探讨前沿科技如何推进整个社会的可持续发展。下面咱们一同回顾微软大中华区首席转型官赵质忠，远景智能副总裁赵楚泓与赛诺菲普药中国区医学部...
In the news | The GitHub Blog
GitHub Archive Program: the journey of the world’s open source code to the Arctic
Your code is safe and sound in the Arctic At GitHub Universe 2019, we introduced the GitHub Archive Program along with the GitHub Arctic Code Vault. Our mission is to preserve open source software for future generations by storing your code in an archive built to…
In the news | Microsoft Azure Blog
Microsoft Azure IoT Connector for FHIR now in preview
Today, Microsoft released the preview of Azure IoT Connector for FHIR—a fully managed feature of the Azure API for FHIR. The connector empowers health teams with the technology for a scalable end-to-end pipeline to ingest, transform, and manage Protected Health…
G’day there, I’m Michael Evans, and I am an Orientation and Mobility (O&M) Specialist at Guide Dogs Victoria, Melbourne, Australia, working in the Children’s Mobility Team since 2017. As an O&M, I support children who are blind or have low…
微软与清华大学联合提出DeepRSM模型，以AI助力空气污染治理
作者：邢佳、郑书新、秦涛、刘铁岩 编者按：人工智能如何帮助环境学家解决空气污染问题？在7月10日 WAIC 2020“人工智能予力永续未来”微软论坛上，微软亚洲研究院副院长刘铁岩博士展示了微软在这一领域的工作。 控制和减少污染物排放是治理空气污染的重要手段，精准的排放-污染物浓度响应曲面可以帮助决策者快速找到效果更好的减排方案。但传统排放-污染物浓度响应曲面需要依赖 CTM 模型进行模拟，其存在计...