I am driven by a strong curiosity, a spirit of exploration, and a commitment to action. If you are interested in learning more, please refer to the details further down the page.
I am excited to tackle issues and delve into the areas of Ubiquitous Computing, Wisdom Healthcare, Human-computer Interaction, and Wireless Communication. I'm intrigued by machine learning, signal processing, and physical modeling in computer science. Additionally, my company and I are both devoted to Commitment to public Health and Safety, Empowering Underprivileged Groups. I yearn to accomplish advanced intelligent sensing technology and effectiveprocessing methods for solving real-life challenges.
* indicates Equal Contribution in the work; AR is short for Acceptance Rate; IF is short for Impact Factor.
Brief: By making a simple alteration to an electric toothbrush, it can be transformed into a smart toothbrush. This innovative toothbrush can detect your brushing habits and prompt you to correct any bad habits.
[ Paper ][ Slides ][ Demo ][ Artifact ][ BibTex ]Brief: Up until now, diagnosing kidney disease at home has been a challenge. Traditionally, urine testing requires bulky equipment found in hospitals. However, our team has created a system that can accurately and quickly identify impurities like uric acid and protein in the urine, making it a more convenient and efficient option.
[ Paper ][ Slides ][ Demo ][ BibTex ]Brief: Detecting biological changes in the Industrial Internet of Things can be a challenging task. However, a solution we are exploring for the beverage industry to monitor microbial changes in liquids, including spoilage.
[ Paper ][ Demo ][ BibTex ]Brief: Wineries sometimes introduce other bacteria in unique ways, like stomping on them, to create special flavors. However, this complex microflora can lead to winemaking failures. Testing sealed wine for microbial changes carries a risk of contamination and is also time-consuming. To address this, we developed a real-time system that monitors microbial changes. Our system eliminates the need for microbial culture methods, making microorganism measurement faster and safer.
[ Paper ][ Slides ][ Demo ][ BibTex ]Brief: Did you know that it's possible to obtain humidity information without a hygrometer? Yes! Our system utilizes wireless signals to gather this data, making it incredibly convenient.
[ Paper ][ Slides ][ BibTex ]Brief: Upgrading the infrastructure and implementing fire prediction systems in older high-rise residential buildings can be a challenging task. Our research has revealed that flames are a type of plasma, which can obstruct signals and produce erratic interference with signal channels. Utilizing this knowledge, we have developed a novel fire detection system.
[ Paper ][ BibTex ]Brief: In areas where water infrastructure is lacking, such as Africa and Southeast Asia, it may be difficult to detect when water quality may be subpar. To address this issue, we have developed a system that utilizes mobile phone sensors to identify the quality of water. With this technology, it is possible to quickly and accurately determine whether the liquid is safe for consumption.
[ Paper ][ Demo ][ BibTex ]Brief: Have you ever wondered if there is a way to type or chat with text in virtual reality that is similar to using a keyboard in real life? With our technology, we utilize a watch capable of detecting the vibrations generated by finger when typing, enabling replication of keystroke activity within the virtual world.
[ Paper ][ Slides ][ Demo ][ BibTex ]Brief: Our goal was to create technology that assists visually impaired individuals in locating objects. We made adjustments to the design to eliminate any stigma and negative connotations associated with using the device due to their disability.
[ Paper ][ Slides ][ Demo ][ BibTex ]Brief: The sharing of data resources has long been a significant challenge for enterprises, leading to the creation of numerous data silos. However, homomorphic encryption technology offers an ideal solution for ensuring data privacy. This article provides a comprehensive review of this field.
[ Paper ][ BibTex ]Brief: A side-channel attack is a hacking technique that exploits physical information leakage. Using this method, we can eavesdrop on the audio content transmitted through your headphones.
[ Paper ][ Demo ][ BibTex ]Brief: Are you never concerned about the safety of your headphones? Surprisingly, someone can easily eavesdrop on what you are listening to with just a few dollars of equipment.
[ Paper ][ Slides ][ Demo ][ BibTex ]I consistently embrace challenges with resilience and give my best in every endeavor.
Before 2015, I gained five years of managerial expertise in the airborne unit of the PLA while also pursuing studies at the Air Force's "West Point". During this period, I received numerous prestigious international military awards.
Driven by a deep curiosity and a spirit of exploration, I am always willing to take action.
During my undergraduate years (2015-2017), I not only completed coursework across multiple disciplines but also led teams that achieved numerous awards in extracurricular competitions. I engaged in scientific research, published papers, and delivered presentations at academic conferences. In recognition of my academic excellence, I was granted direct admission to graduate school.
I highly value teamwork, care about social welfare, and maintain a spirit of relentless dedication.
During my master's studies (2017-2020), I successfully published high-impact research papers (CCF A) and led my team to compete in prestigious competitions organized by the Ministry of Education, Ministry of Science and Technology, and Ministry of Commerce, earning top accolades. We were also actively involved in nonprofit charitable entrepreneurship projects.
企业项目获得2021年"南山创业之星" (7/20000+)。
企业项目获得2021年"深创赛" 决赛 (100/31000+)。
企业项目获得2022年度 深圳市“残健共融”残疾人创业创新大赛 银 奖 (3/500+)。
我领导整个团队项目(成员: 陈凯鑫, 黎天乐,陈奕聪等等) 2021年中国国际“互联网+” 大学生创新创业大赛全国赛区铜奖 铜奖,作品名:《艾琉视医疗科技》,2021.08。
我领导整个团队项目(成员:陈凯鑫,许泳楠,成依洋,何芷晴,肖洁)获得2020年第十届全国大学生电子商务“创新,创意及创业”大赛 全国赛二等奖(18/50000+),作品名:《Watchmen-守护黑暗中的人们》,2020.05。
我领导整个团队项目(成员:陈凯鑫,许泳楠,成依洋,何芷晴,肖洁)获得2020年第十届全国大学生电子商务“创新,创意及创业”挑战赛全国总决赛 最佳创新奖,2020.05。
我领导整个团队项目(成员:刘鸿杰,陈泽琦,陈凯鑫等)第十六届“挑战者杯”大学生课外学术科技作品奖 二等奖,2021.07。
参与并指导本科生杨锐雄、詹楷杰、罗静柳等“艾睿杯”中国大学生创新大赛 优胜奖(TOP1) ,2019.12。
于 2015年度 获得 深圳大学 学业 特等奖学金。
于 2017年度 获得 深圳大学 学业 特等奖学金。
于 2016年度 获得 深圳大学 学业 一等奖学金。
于 2018年度 获得 深圳大学 学业 一等奖学金。
总绩点(GPA)排名 No. 1st。
2016年(大一期间) 参加并领导团队陈晓林、邬芳兰 获得2016年 美国大学生数学建模竞赛 Consortium for Mathematics and its Applications (COMAP) M奖 Meritorious Winner (~7%)。
2017年 参加并领导团队陈锐彪、代朝阳 获得2017年 美国大学生数学建模竞赛 Consortium for Mathematics and its Applications (COMAP) M奖 Meritorious Winner (~7%)。
参加并领导团队 获得2015年全国大学生电子设计竞赛 赛区 壹等奖。
参与并指导本科生徐子清、陈凯鑫、冯思思获得2020年中国大学生计算机设计大赛 国赛一等奖,作品名:《VR新交互—基于商用手表的虚拟现实交互方法》,2020.10。
指导本科生黄艺媛嫄、伍旭星、蔡晓鑫获得第十二届“挑战杯”广东大学生创业大赛 省级银奖(~129/7400),2020.05。
参与并指导本科生黄艺媛嫄、伍旭星、蔡晓鑫获得第十一届中国大学生服务外包创新创业大赛 国赛三等奖(160/455),作品名:《FaceInput——基于脸部振动的智能设备交互系统》,2020.07。
参与并指导本科生徐子清、王兆弘、詹楷杰、陈凯鑫、鲁效君获得第十一届中国大学生服务外包创新创业大赛 三等奖, 作品名:《VA-eyes——盲人新视界》,2020.07。
指导本科生伍旭星、蔡晓鑫、黄艺媛嫄获得2020年中国大学生计算机设计大赛 国赛三等奖,作品名:《FaceSensor-脸部感知交互系统》,2020.10。
指导本科生伍旭星、蔡晓鑫、黄艺媛嫄获得2020年中国大学生计算机设计大赛 省赛一等奖,作品名:《FaceSensor-脸部感知交互系统》,2020.08。
参与并指导本科生罗静柳、陈凯鑫、马灵茜获得2020年中国大学生计算机设计大赛 省赛赛一等奖,作品名:《开云见日-基于感官替代的盲人AI眼镜》,2020.08。
我领导整个团队项目(成员: 陈凯鑫, 黎天乐,陈奕聪等等) 2021年中国国际“互联网+” 大学生创新创业大赛广东赛区金奖 金奖,作品名:《艾琉视医疗科技》,2021.08。
我领导整个团队项目(成员:张士伟,王兆弘,黄乐洒,成依洋,何芷晴,肖洁,许泳楠,陈凯鑫等)第六届中国国际“互联网+” 大学生创新创业大赛广东赛区银奖 省赛银奖(12/157800),作品名:《艾琉视医疗科技-重塑视障者视觉,让盲人重见光明》,2020.06。
参与并指导本科生杨正邦、戚可盈、罗静柳等获得第十二届“挑战杯”广东大学生创业大赛 省级铜奖(~450/7400),2020.05。
参与并指导本科生陈凯鑫、许佳楠等获得深圳市“残健共融”残疾人创业创新大赛 银奖,2020.11。
参与并指导全国大学生“龙腾杯”创新创意大赛(陈凯鑫组)一等奖,2019.12。
参与并指导全国大学生“龙腾杯”创新创意大赛(杨锐雄组)一等奖,2019.12。
参与并指导全国大学生“龙腾杯”创新创意大赛(许泳楠组)一等奖,2019.12。