澳大利亚悉尼大学（The University of Sydney，QS2020世界排名第42位, USNEWS第27位）暑期科研项目由悉尼大学和浙大信电学院共同发起，依托双方研究优势及相关资源，利用暑期实习实践的时间，对学生提供海外一流院校的培养。以相关学科前沿热点为主题，在相关领域内，在导师的指导下完成给定的研究任务，同时还将组织参观相关实验室等活动。

1.招收对象及人数

信电学院在读2017级本科生1-2名。

2.交流时间

2020年7月-2020年9月

3. 导师及课题信息：

研究中心：Centre for IoT and Telecommunications, The University of Sydney, Australia

指导教授：Prof. Yonghui Li (IEEE Fellow)

https://sydney.edu.au/engineering/about/our-people/academic-staff/yonghui-li.html

1.Wireless AI: This project aims to introduce cognition, intelligence, automation, and agility for future wireless communication system design with the cutting-edge artificial intelligence techniques. We will develop new tools and frameworks to design intelligent communication architectures, protocols, and operations.

2.Tele-robotics: Remote robot control has a wide range of applications including warehouse management, e-commerce, telesurgery, factory automation, process automation, smart grid, tactile Internet and intelligent transportation systems. In this project, we have two interesting topics:

（1）Ultra-reliable high-performance remote robot control by developing cutting-edge joint communication-control theories and algorithms. This topic involves both advanced wireless communication and networked control techniques.

（2）Reliable robotic grasping by developing advanced computer vision and grasp-planning algorithms. This a challenging topic due to uncertainty about object properties such as object shape, pose, material properties, and mass. The topic involves deep learning, computer vision, and off-the-shelf robot control techniques.

3.Tactile Internet: Tactile Internet will enable the sensation of touching (formally as tactile or haptics) to be transmitted over the Internet, instead of just audio and visual information in the current Internet. Typical applications include human-machine collaborations in industry automation, tele-surgery in healthcare, virtual reality (VR) and argument reality (AR) in remote education and gaming industry. The student will utilize both vision and tactile to do robotic grasping research and development for industry automation by using reinforcement learning.

4.报名方式

申请者将附件申请表、英文简历、英文成绩单、英语能力证明等相关材料电子版于12月5日前发钟老师邮箱：zhongtingting@zju.edu.cn；（提示：请提交PDF版本，文件命名为“年级+专业+姓名+意向课题”。）信电学院将依据简历和相关材料进行遴选，并安排面试（面试时间待通知），最终入选名单由指导教授确定。

5. 其他说明

入选者完成项目后将获得信电学院大三短学期《项目实习》课程学分（3学分）

该项目将获得本科生院海外交流专项经费1.2万人民币左右的资助，其他费用及安全问题由学生本人及家长承担