Qi Lu

schoolTsinghua Universitybar_chart#2510 Global Rank

Total Papers

HCI Rank

#2510

Research Areas

Years Active

Recent Publications

BernO: A Breath-Driven Odor Display for Spatial Olfactory Interaction in VR

We present a breath-driven odor display device that enables spatial odor perception in virtual reality, relying on users’ natural inhalation rather than pumps or fans. The device supports rapid concentration adjustment through two models: a continuous gradient (monotonic concentration change with position) and a plume…

UIST '255th+ AuthorBest PaperHaptic Wearables +1

MorphingSkin: A Skin-like Platform that Integrates Multimodal Hydraulic Actuators Based on Flexible Electroosmotic Pumps

Interactive surfaces have garnered significant attention in Human-Computer Interaction, with fluid-driven actuators being a promising actuation technology due to their flexible form factors and multimodal interactivities. However, traditional fluid-driven systems typically rely on bulky and noisy electromechanical h…

UIST '245th+ AuthorHaptic Wearables +2

Mul-O: Encouraging Olfactory Innovation in Various Scenarios Through a Task-Oriented Development Platform

Olfactory interfaces are pivotal in HCI, yet their development is hindered by limited application scenarios, stifling the discovery of new research opportunities. This challenge primarily stems from existing design tools focusing predominantly on odor display devices and the creation of standalone olfactory experience…

CHI '222nd AuthorShape-Changing Interfaces & Soft Robotic Materials +1

O&O: A DIY toolkit for designing and rapid prototyping olfactory interfaces

Constructing olfactory interfaces on demand requires significant design proficiency and engineering effort. The absence of powerful and convenient tools that reduced innovation complexity posed obstacles for future research in the area. To address this problem, we proposed O&O, a modular olfactory interface DIY toolki…

DIS '201st AuthorShape-Changing Interfaces & Soft Robotic Materials +1

Exploring Potential Scenarios and Design Implications Through A Camera-like Physical Odor Capture Prototype

Recently, researchers have become increasingly interested in finding new input methods for olfactory interfaces. Physical odor capture is a potential solution to this issue and, in order to make it more accessible for users, we designed a portable and fast smell capture prototype based on headspace technology and ins…

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