Yitao Fan

schoolZhejiang Universitybar_chart#1055 Global Rank

Total Papers

HCI Rank

#1055

Research Areas

Years Active

Recent Publications

MagFace: Interference-Resistant Facial Gesture Recognition System on Cycling Glasses with Low-Power Magnetic Sensing

Facial interaction provides a safe, hands-free input method for cyclists. However, existing wearable facial gesture recognition suffers from severe interference in real-world conditions such as lighting, vibration, sweat, noise, and temperature changes. We present MagFace, an interference-resistant recognition system…

UIST '253rd AuthorDesktop 3D Printing & Personal Fabrication +1

Touch-n-Curl: Designing and Constructing Skeletal Form through 3D Printing Flattened Zipper Assembly

In the realm of digital fabrication, skeletal structures offer lightweight, cost-effective solutions for art installation, rapid fabrication, and large-scale construction. However, existing 3D printing methods for skeletal structures often require support structures, resulting in prolonged print time and excessive mat…

UIST '242nd AuthorShape-Changing Interfaces & Soft Robotic Materials +2

MagneDot: Integrated Fabrication and Actuation Methods of Dot-Based Magnetic Shape Displays

This paper presents MagneDot, a novel method for making interactive magnetic shape displays through an integrated fabrication process. Magnetic soft materials can potentially create fast, responsive morphing structures for interactions. However, novice users and designers typically do not have access to sophisticated…

CHI '245th+ AuthorDesktop 3D Printing & Personal Fabrication +1

Touch-n-Go: Designing and Fabricating Touch Fastening Structures by FDM 3D Printing

Touch fastening structures are widely used to quickly assemble and disassemble an object with multiple parts. However, such structures are under-explored in the context of additive manufacturing for personal fabrication. We proposed Touch-n-Go, a method for designing touch-fastening structures with customizable mechan…

UBICOMP '235th+ AuthorHaptic Wearables +1

ThermoFit: Thermoforning Smart Orthoses via Metamaterial Structures for Body-Fitting and Component-Adjusting

"Smart orthoses hold great potential for intelligent rehabilitation monitoring and training. However, most of these electronic assistive devices are typically too difficult for daily use and challenging to modify to accommodate variations in body shape and medical needs. For existing clinicians, the customization pipe…

CHI '235th+ AuthorDesktop 3D Printing & Personal Fabrication +1

All-in-One Print: Designing and 3D Printing Dynamic Objects Using Kinematic Mechanism Without Assembly

The field of Human-Computer-Interaction (HCI) has been consistently utilizing kinematic mechanisms to create tangible dynamic interfaces and objects. However, the design and fabrication of these mechanisms are challenging due to complex spatial structures, step-by-step assembly processes, and unstable joint connection…

CHI '235th+ AuthorShape-Changing Interfaces & Soft Robotic Materials +2

4Doodle: 4D Printing Artifacts without 3D Printers

4D printing encodes transformability over time, which empowers users to create artifacts by on-demand deformation. The creative process of 4D printing shape-changing artifacts can be challenging because of its discontinuous fabrication steps, such as digital designing, specific path planning, automatic printing and ma…

CHI '235th+ AuthorElectrical Muscle Stimulation (EMS) +2

E-Orthosis: Augmenting Off-the-shelf Orthoses with Electronics

Orthoses with electronic functions have emerged as a promising medical product in response to the increasing demand for rehabilitation training, therapy assistance, and health monitoring. However, fabricating this “smart orthosis” often requires long development cycles and exorbitant prices. We introduce E-Orthosis, a…

UIST '225th+ AuthorDesktop 3D Printing & Personal Fabrication +1

X-Bridges: Designing Tunable Bridges to Enrich 3D Printed Objects' Deformation and Stiffness

Bridges are unique structures appeared in fused deposition modeling (FDM) that make rigid prints flexible but not fully explored. This paper presents X-Bridges, an end-to-end workflow that allows novice users to design tunable bridges that can enrich 3D printed objects' deformable and physical properties. Specifically…

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