helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can magnetic-field-assisted techniques overcome clock drift between wireless earbuds and smart devices?Direction: Sensing, Recognition, and Prediction Methods
Input Recognition, Touch Modeling, and Interaction Decoding Methods
Stats are based on currently indexed question data; missing sources remain visible.
20
items
5
sources
2023
latest
All questions
20 items
helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
Can combining magnetic fields and acoustic sensing improve the accuracy and stability of real-time tracking with wireless earbuds?helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
Can the MagSound system enable high-precision applications such as handwriting recognition and expand wireless earbud interaction potential?lightbulbPractical problemInput Recognition, Touch Modeling, and Interaction Decoding Methods
Users performing precise operations with wireless earbuds are vulnerable to clock drift and weak acoustic signals.helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
Can a standard smartphone front camera detect users' phone-holding mode in real time using only body silhouette images?helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can deep learning identify whether users hold phones with left hand, right hand, or both hands?helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can hand-mode recognition accuracy and applicability be improved without additional hardware?lightbulbPractical problemInput Recognition, Touch Modeling, and Interaction Decoding Methods
Large-screen phones are difficult to operate, especially for one-handed touch.helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How do users perform on preventing accidental touch keyboard input?helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can TypeBoard (an accidental-touch-preventing pressure-sensing keyboard) be designed based on user behavior?helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
What is the actual performance of TypeBoard?lightbulbPractical problemInput Recognition, Touch Modeling, and Interaction Decoding Methods
Touchscreen keyboards misrecognize unintentional touches, affecting input efficiency and UX.helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can end-to-end streaming freestyle handwriting recognition be implemented on smartwatches to improve input speed and naturalness?UbiComp '21Write, Attend and Spell: Streaming End-to-end Free-style Handwriting Recognition Using Smartwatches
helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can multimodal deep learning models improve the accuracy and robustness of handwriting recognition?UbiComp '21Write, Attend and Spell: Streaming End-to-end Free-style Handwriting Recognition Using Smartwatches
helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can real-time output be combined with language model correction in handwriting recognition to improve user experience?UbiComp '21Write, Attend and Spell: Streaming End-to-end Free-style Handwriting Recognition Using Smartwatches
lightbulbPractical problemInput Recognition, Touch Modeling, and Interaction Decoding Methods
Smartwatch screens are small, making it difficult for users to input text efficiently and naturally.UbiComp '21Write, Attend and Spell: Streaming End-to-end Free-style Handwriting Recognition Using Smartwatches
helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can a novel touchpad design overcome the low sensitivity and high power consumption of traditional touchpads?UbiComp '21HTPad: Hexagon-fractal TENG Pad for Scalable Touch Control
helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
Can hexagonal fractal structures improve touchpad resolution and scalability?UbiComp '21HTPad: Hexagon-fractal TENG Pad for Scalable Touch Control
helpResearch questionInput Recognition, Touch Modeling, and Interaction Decoding Methods
How can 1D convolutional neural networks (1D CNNs) achieve high-accuracy recognition of swipe directions and handwritten digits?UbiComp '21HTPad: Hexagon-fractal TENG Pad for Scalable Touch Control
lightbulbPractical problemInput Recognition, Touch Modeling, and Interaction Decoding Methods
Users are affected by low precision and high power consumption when using traditional touchpads.UbiComp '21HTPad: Hexagon-fractal TENG Pad for Scalable Touch Control
Related papers
UbiComp 2023
MagSound: Magnetic Field Assisted Wireless Earphone Tracking
Lihao Wang, Wei Wang, Haipeng Dai
UIST 2021
HandyTrak: Recognizing the Holding Hand on a Commodity Smartphone from Body Silhouette Images
Hyunchul Lim, David Lin, Jessica Tweneboah
UIST 2021
TypeBoard: Identifying Unintentional Touch on Pressure-Sensitive Touchscreen Keyboards
Yizheng Gu, Chun Yu, Xuanzhong Chen
Adjacent categories
Sensing, Recognition, and Prediction Methods
Spatial Localization, Trajectory Recovery, and Location Signal Methods
122 items
Sensing, Recognition, and Prediction Methods
Wireless Signal Gesture and Pose Sensing
80 items
Sensing, Recognition, and Prediction Methods
Predictive Modeling, Behavior Inference, and Trend Estimation Methods
75 items
Sensing, Recognition, and Prediction Methods
Activity Recognition, Segmentation, and Identity Discrimination Methods
56 items
Sensing, Recognition, and Prediction Methods
Interaction Performance and Human Movement Prediction Models
47 items
Sensing, Recognition, and Prediction Methods
WiFi Fingerprinting and Indoor Localization
40 items
Sensing, Recognition, and Prediction Methods
Mobile Sensing and User Behavior Prediction Modeling
38 items
Sensing, Recognition, and Prediction Methods
Affect, Emotion, and Mental Health State Inference
35 items