helpResearch questionPhysical Device-to-Device Data Transfer
Can devices achieve efficient and intuitive data transfer through physical contact?UIST '24DataPipettor: Touch-Based Information Transfer Interface Using Proximity Wireless Communication
Direction: General AI Systems and Interaction Design
Physical Device-to-Device Data Transfer
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24
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2024
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All questions
24 items
helpResearch questionPhysical Device-to-Device Data Transfer
How can Proximity Wireless Communication enable high-speed, low-power data transfer in wearable devices?UIST '24DataPipettor: Touch-Based Information Transfer Interface Using Proximity Wireless Communication
helpResearch questionPhysical Device-to-Device Data Transfer
How can new physical interaction methods overcome limitations of traditional NFC or Bluetooth?UIST '24DataPipettor: Touch-Based Information Transfer Interface Using Proximity Wireless Communication
lightbulbPractical problemPhysical Device-to-Device Data Transfer
Users need complex setup or technical skills for data transfer in multi-device scenarios.UIST '24DataPipettor: Touch-Based Information Transfer Interface Using Proximity Wireless Communication
helpResearch questionPhysical Device-to-Device Data Transfer
How do lateral modulation (LM) frequency and amplitude adjustments affect perceived intensity of facial mid-air ultrasonic haptics?helpResearch questionPhysical Device-to-Device Data Transfer
How do different facial regions (e.g., lips, nose tip, cheeks) differ in emotional response to ultrasonic haptics?helpResearch questionPhysical Device-to-Device Data Transfer
Which lateral modulation parameters are suitable for optimizing user experience of facial mid-air ultrasonic haptics?lightbulbPractical problemPhysical Device-to-Device Data Transfer
Current haptic devices are bulky and require physical contact, making facial application difficult.helpResearch questionPhysical Device-to-Device Data Transfer
How can 3D-printed separable enclosures enable solder-free assembly of electronic components in PCB prototyping?helpResearch questionPhysical Device-to-Device Data Transfer
How does this solder-free method perform in electronic performance and durability?helpResearch questionPhysical Device-to-Device Data Transfer
How can solder-free assembly be optimized to support high-frequency data transmission and high-current applications?lightbulbPractical problemPhysical Device-to-Device Data Transfer
In PCB prototyping, soldering makes electronic component reuse difficult and generates e-waste.helpResearch questionPhysical Device-to-Device Data Transfer
How can machine learning classify and manage multi-class network traffic in smart grid communication networks?UbiComp '23Machine Learning-based Multi-Class Traffic Management for Smart Grid Communication Network
helpResearch questionPhysical Device-to-Device Data Transfer
Can protocol-feature-based traffic classification replace traditional port and deep packet inspection methods, especially in encrypted traffic environments?UbiComp '23Machine Learning-based Multi-Class Traffic Management for Smart Grid Communication Network
helpResearch questionPhysical Device-to-Device Data Transfer
Can differentiated data transmission strategies meet the diverse service needs of smart grids?UbiComp '23Machine Learning-based Multi-Class Traffic Management for Smart Grid Communication Network
lightbulbPractical problemPhysical Device-to-Device Data Transfer
Smart grid communication networks struggle to handle diverse traffic demands, especially in encrypted traffic scenarios.UbiComp '23Machine Learning-based Multi-Class Traffic Management for Smart Grid Communication Network
helpResearch questionPhysical Device-to-Device Data Transfer
How can Bluetooth-detected encounter events enable low-cost relative indoor localization?UbiComp '22P2-Loc: A Person-2-Person Indoor Localization System in On-Demand Delivery
helpResearch questionPhysical Device-to-Device Data Transfer
How can graph neural networks support high-precision indoor localization with heterogeneous data?UbiComp '22P2-Loc: A Person-2-Person Indoor Localization System in On-Demand Delivery
helpResearch questionPhysical Device-to-Device Data Transfer
Does the P2-Loc system's localization performance generalize across different mall environments?UbiComp '22P2-Loc: A Person-2-Person Indoor Localization System in On-Demand Delivery
lightbulbPractical problemPhysical Device-to-Device Data Transfer
Delivery workers cannot accurately locate merchants in complex indoor environments, affecting delivery efficiency.UbiComp '22P2-Loc: A Person-2-Person Indoor Localization System in On-Demand Delivery
helpResearch questionPhysical Device-to-Device Data Transfer
How can ambient light be leveraged for efficient screen-to-camera communication?UbiComp '22SunBox: Screen-to-Camera Communication with Ambient Light
helpResearch questionPhysical Device-to-Device Data Transfer
How can modified reflective LCD screens improve data transfer rate and energy efficiency?UbiComp '22SunBox: Screen-to-Camera Communication with Ambient Light
helpResearch questionPhysical Device-to-Device Data Transfer
How can the system ensure stable communication performance under varying lighting conditions?UbiComp '22SunBox: Screen-to-Camera Communication with Ambient Light
lightbulbPractical problemPhysical Device-to-Device Data Transfer
Traditional screen communication is energy-intensive and highly susceptible to ambient light interference.UbiComp '22SunBox: Screen-to-Camera Communication with Ambient Light
Related papers
CHI 2024
Ultrasonic Mid-Air Haptics on the Face: Effects of Lateral Modulation Frequency and Amplitude on Users’ Responses
Ruiheng Lan, Xu Sun, Qingfeng Wang
CHI 2024
SolderlessPCB: Reusing Electronic Components in PCB Prototyping through Detachable 3D Printed Housings
Zeyu Yan, Jiasheng Li, Zining Zhang
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