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Kannmu Spectral Vector

F01 / 入口东南大学

F01 / ENTRYSOUTHEAST UNIVERSITY

LINHAN FAN

范林涵 · 涵无 / KANNMU

东南大学 · 设计学博士研究生 Ph.D. Candidate in Design · Southeast University

研究聚焦眼动输入、脑机接口与空中超声触觉,覆盖原型系统、受控实验与可用性评估。成果发表于 Nature Communications、Advanced Engineering Informatics、Displays。 Research spans gaze input, brain–computer interfaces and mid-air ultrasonic haptics, from prototypes to controlled studies. Published in Nature Communications, Advanced Engineering Informatics and Displays.

中国 · 南京Nanjing, China 2023 年至今 · 设计学博士 Since 2023 · Ph.D. in Design

FLOOR 01 · 入口 FLOOR 01 · ENTRY

F02 / 简介研究陈述

F02 / PROFILERESEARCH STATEMENT

简介Profile


范林涵(涵无 / Kannmu),东南大学机械工程学院设计科学系设计学博士研究生,导师为牛亚峰教授。研究领域为人机交互,涉及眼动输入、脑机接口与空中触觉反馈。 Linhan Fan (Hanwu / Kannmu) is a Ph.D. researcher in Design at the Department of Design Science, School of Mechanical Engineering, Southeast University, advised by Prof. Yafeng Niu. His research area is human–computer interaction, covering eye-based input, brain–computer interfaces and mid-air haptic feedback.

研究方法以原型开发与受控实验为主:先搭建可运行的软硬件系统,再测量操作绩效、错误率与主观负荷,并将结果整理为可复用的设计参数。 The method pairs prototype development with controlled studies: a working system is built first, then performance, error rate and perceived workload are measured, and the results are distilled into reusable design parameters.

F03 / 研究四个方向

F03 / RESEARCHFOUR DIRECTIONS

研究Research


四个方向共用一套方法:先搭建可运行的原型系统,再通过受控用户实验评估操作绩效与主观负荷。 Four directions share one method: a working prototype first, then controlled user studies of performance and perceived workload.

方向详情详情

DIRECTION DETAILDETAIL

01

眼动与注视交互 Gaze-based Interaction

研究注视、平滑追踪与自主眨眼作为输入通道时的识别方式、选取精度与视觉负荷,并在遮挡、小目标、老年用户等条件下评估可用性。 Recognition, selection accuracy and visual load when gaze, smooth pursuit and voluntary blinking are used as input channels, evaluated under conditions such as occlusion, small targets and older users.

Eye Tracking · Smooth Pursuit · Voluntary Blink · Gaze Selection

02

脑机接口 Brain–Computer Interfaces

SSVEP 范式下的视觉刺激设计与接口性能,以及脑机接口与外部设备之间链路的实现方式,包括可拉伸电极等硬件基础。 Visual stimulus design and interface performance in SSVEP paradigms, together with the implementation of links between a BCI and external devices, including hardware such as stretchable electrodes.

BCI · SSVEP · Metasurface · Stretchable Electrodes

03

空中超声触觉 Mid-Air Ultrasonic Haptics

以自建的超声相控阵装置为实验平台,研究阵列布局、聚焦策略与触觉可感知性,并探索无接触反馈在界面中的调用方式。 Array layout, focusing strategies and tactile perceptibility studied on a self-built ultrasonic phased array, together with ways of invoking contactless feedback from an interface.

Ultrasonic Haptics · Phased Array · Focusing · Perception

04

实验方法与原型系统 Methods & Prototype Systems

支撑用户实验的工程部分:实验流程管理、生理与行为信号采集、数据分析脚本,以及可重复使用的硬件与软件开发。 The engineering side of running user studies — experiment workflow management, physiological and behavioural signal acquisition, analysis scripts, and reusable hardware and software.

Experimental Design · Instrumentation · Unity · Data Analysis

F04 / 论文第一作者

F04 / PUBLICATIONSFIRST AUTHOR

论文Publications


第一作者 / 共同第一作者 · 4 篇 First / co-first author · 4 papers

F05 / 笔记最近文章

F05 / NOTESRECENT POSTS

笔记Notes


工具、论文与实验过程的记录。 Working notes on tools, papers and the experimental process.

F06 / 工具浏览器应用

F06 / TOOLSBROWSER APPLICATIONS

工具Tools


8 个独立应用,覆盖计算、排版、生成、监控与交互实验;全部在浏览器中运行。 8 independent applications covering computation, layout, generation, monitoring and interaction experiments — all run in the browser.

F07 / 联系南京 · 中国

F07 / CONTACTNANJING · CHINA

联系Contact


[email protected]

欢迎就眼动交互、脑机接口、超声触觉与用户研究方向的合作、评审或交流。 Open to collaboration, reviewing and conversation on gaze interaction, BCI, ultrasonic haptics and user research.

地点PLACE

PLACELOCATION

中国 · 南京 Nanjing, China

许可代码

LICENCECODE

Apache-2.0

版权

COPYRIGHT

© 2023–2026 Linhan Fan