This is a brief self-introduction.
Name: Jianan Lin (林家南)
Email: [email protected]; [email protected](already deleted); [email protected] (recommended)
Wechat: linjianan081 (Please tell me your info)
2016.08-2021.06: Fudan Univiersity, Shanghai, China (Undergraduate)
Major: 2016.08-2017.06 Natural Science; 2017.07-2018.04 Materal Physics; 2018.05-2021.06 Software Engineering
2021.08-2022.12: Rensselaer Polytechnic Institute, Troy, US (Master, PhD quit because advisor retired)
Major: Computer Science; Direction: Theoretical Computer Science; Adviosr: Elliot Anshelevich and Lirong Xia (夏立荣)
Research Topic: Algorithmic Game Theory, Algorithmic Mechanism Design; Online Approximation Algorithms
Past Advisors: Pinyan Lu (陆品燕) and Hu Fu (伏虎)
Experience except RPI: Institute for Theoratical Computer Science in SHUFE 2019.02-2021.08
Past Experience: Functional Nanomaterial Lab in Fudan University 2017.08-2018.05； Electornic Intelligence Lab in Fudan University 2018.06-2019.01
Intern: Cardinal Opertions (Beijing), 2019.09-2019.12, as algorithm engineer intern
Intern: TCS Lab, 2020.07-2021.06, as research assistant
Intern: Hedgehog Lab, 2022.05-2022.08 as open-source contributor
Full-time: FocusAI, 2023.01-2023.10 as junior software engineer
Full-time: Polyhedra Network, 2023.11-now, as mid-level software engineer
All the papers will be shown in PDF versions and most of them can be found in arxiv. Authors are listed by alphabetical order (which means contributions are regarded equal) according to the rule of theoretical computer science. Papers are sorted by date of acception.
Mechanism Design for Extending the Accessibility of Facilities, with Hau Chan, Chenhao Wang (王晨豪) and Yanxi Xie (谢妍曦), will appear in ECAI 2024. PDF will be shown during the conference.
Stability of Queueing Networks Beyond Complete Bipartite Cases, with Hu Fu (伏虎) and Qun Hu (胡群), in WINE 2022.
Nearly Complete Characterization of 2-Agent Deterministic Strategyproof Mechanisms for Single Facility Location in Lp Space, single author, in COCOA 2020.
Social Choice for Eliminating the Worst Candidate under Metric Preferences, with Chenhao Wang (王晨豪), as Manuscript.
Google Scholar: https://scholar.google.com/citations?user=98G-ZLAAAAAJ&hl=zh-CN; I do not have a dblp homepage.
(There are 4 papers submitted this year in theory area and hope at least one of them can be accpeted QAQ.)
I like Piano, Chess, StarCraft II, Heroes of the Storm, Snowbreak: Containment Zone and Azur Lane. Welcome to discuss with me about these.