Minhao Cui
I am currently a final-year Ph.D. student at Manning College of Information and Computer Sciences, University of Massachusetts Amherst under supervision of Prof. Jie Xiong. I also closely work with Prof. Qing Wang from TU Delft.
My reserach interest includes Cyber-physical Systems, Wireless Sensing, Wireless Network, and HCI .
I am currently on the job market!
Email: minhaocui at cs.umass.edu
News!
- Sep 2024
I will be on the job market for the position starting in Fall 2025. - August 2024
One paper is accepted at MobiCom '24. - May 2024
I am happy to receive ACM MobiSys 2024 Student Travel Grant and excited to present at the MobiSys Rising Star Forum! - Feb 2024
Our paper is accepted at MobiCom '24. - Jan 2024
Our paper is accepted at IMWUT/UbiComp '24. - October 2023
Our paper is accepted at IMWUT/UbiComp '24.
Publications
- GPSense: Passive Sensing with Pervasive GPS Signals
Huixin Dong*, Minhao Cui*, Ning Wang, Lili Qiu, Jie Xiong, Wei Wang
In Proceedings of ACM Conference on Mobile Computing and Networking (MobiCom), 2024. (Full paper, Acceptance rate: 48/207=23.2%) - EVLeSen: In-Vehicle Sensing with EV-Leaked Signal
Minhao Cui, Binbin Xie, Qing Wang, Jie Xiong
In Proceedings of ACM Conference on Mobile Computing and Networking (MobiCom), 2024. (Full paper, Acceptance rate: 48/207=23.2%) - AquaKey: Exploiting the Randomness of the Underwater Visible Light Communication Channel for Key Extraction
Lupeng Zhang, Pingchuan Wang, Minhao Cui, Jingwen Wei, Yu Tian, Jingchi Zhang, Jie Xiong, Lei Wang.
ACM Interactive, Mobile, Wearable and Ubiquitous Technologies (IMWUT/UbiComp), 2024. (Full paper) - Wall Matters: Rethinking the Effect of Wall for Wireless Sensing
Binbin Xie, Minhao Cui, Deepak Ganesan, Jie Xiong.
ACM Interactive, Mobile, Wearable and Ubiquitous Technologies (IMWUT/UbiComp), 2024. (Full paper) - DancingAnt: Body-empowered Wireless Sensing Utilizing Pervasive Radiations from Powerline
Minhao Cui, Binbin Xie, Qing Wang, Jie Xiong
In Proceedings of ACM Conference on Mobile Computing and Networking (MobiCom), 2023. (Full paper, Acceptance rate: 92/377=24.4%) - LeakageScatter: Backscattering LiFi-leaked RF Signals
Muhammad Sarmad Mir*, Minhao Cui*, Borja Genoves Guzman, Qing Wang, Jie Xiong, Domenico Giustiniano (*Equal contribution)
In Proceedings of ACM Conference on Theory, Algorithmic Foundations, and Protocol Design for Mobile Networks and Mobile Computing (MobiHoc), 2023. (Full paper, Acceptance rate: 30/136=22.1%) - Boosting the Long Range Sensing Potential of LoRa
Binbin Xie, Minhao Cui, Deepak Ganesan, Xiangru Chen, Jie Xiong
In Proceedings of ACM Conference on Mobile Systems, Applications, and Services (MobiSys), 2023. (Full paper, Acceptance rate: 41/198=20.7%) - Bracelet+: Harvesting the Leaked RF Energy in VLC with Wearable Bracelet Antenna
Minhao Cui, Qing Wang, Jie Xiong
In Proceedings of ACM Conference on Embedded Networked Sensor Systems (SenSys), 2022. (Full paper, Acceptance rate: 52/208=25%)[Best Paper Award (1/208)] - RadioInLight: Doubling the Data Rate of VLC Systems
Minhao Cui, Qing Wang, Jie Xiong
In ACM International Conference on Mobile Computing and Networking (MobiCom), 2021.(Full paper, Acceptance rate: 60/299=20.1%) - Breaking the limitations of visible light communication through its side channel
Minhao Cui, Qing Wang, Jie Xiong
In Proceedings of ACM Conference on Embedded Networked Sensor Systems (SenSys), 2020. (Full paper, Acceptance rate: 43/213=20.2%) - Sniffing visible light communication through walls
Minhao Cui, Yuda Feng, Qing Wang, Jie Xiong
In ACM International Conference on Mobile Computing and Networking (MobiCom), 2020. (Full paper, Acceptance rate: 62/384=16.1%) [Honourable Mention Award (3/384)]
Projects
We utilize the leaked EM signals from the powerline to conduct wireless sensing with the help of human body. The targets only needs to wear a small and cheap ring antenna on their fingers, the proposed system can recognize the motions of the whole body.
We utilize the human body to improve the energy harvesting performance. The wearable bracelet antenna is designed to harvest more leaked energy from the VLC systems with the help of human body.
We utilize the leaked side channel signals of VLC to transmit additional data bits for communication. Without too much hardware modification and energy cost, we can double the data rate of the VLC systems with our novel design.
We utilize the side channel of VLC - a Radio Frequency (RF) channel created unintentionally during the transmission process of VLC - to break the VLC limitations:i) surrounding objects can easily block VLC links, and ii) intense ambient light can saturate the photodiodes of VLC receivers.
In this paper, for the first time, we show that VLC is not as secure as people thought: VLC can be sniffed through walls! The key principle behind this is that in VLC transmissions, a VLC transmitter not only emits visible light signals but also leaks out `side channel RF signals'.
MobiCom 2020 paper, 5 min elevetor pitch video, Full presentation video
Awards
- Stars of Tommorrow in Microsoft Research Asia, 2024
- MobiSys Rising Star, 2024
- Student Travel Grants in MobiSys, 2024
- Dr. Phil Bernstein Graduate Scholarship in UMass Amherst, 2023
- Best Paper Award in SenSys, 2022
- Common Good Fellowship in UMass Amherst, 2022
- Ph.D. Candidacy with Distinction in UMass Amherst, 2022
- Student Travel Grants in MobiCom, 2021
- Honourable Mention Award in MobiCom, 2020
- National Scholarship in China, 2017 and 2018
TA Experience
- Fall 2020: COMPSCI 240 - Reasoning Under Uncertainty.
- Spring 2021: COMPSCI 240 - Reasoning Under Uncertainty.
- Fall 2021: COMPSCI 240 - Reasoning Under Uncertainty.
- Spring 2022: COMPSCI 240 - Reasoning Under Uncertainty.
Professional Service
- IEEE UIC 2024 Technical Program Committee
- ACM MobiCom S3 Workshop 2024 Technical Program Committee
- ACM IMWUT/UbiComp 2024 Reviewer
- IEEE/ACM TON 2024 Reviewer
- IEEE TMC 2024 Reviewer
- IEEE TCOM 2024 Reviewer
- IEEE RadarConf 2023 Reviewer
- IEEE TCOM 2023 Reviewer
- IEEE TMC 2022 Reviewer
- IEEE ICC 2021 Reviewer