AquaBot: An Interactive System for Digital Water Play

Liu, Lijuan; Lin, Yuyu; Chen, Yang; Liu, Ziyu; Ying, Fangtian

doi:10.1007/978-3-030-21935-2_2

Cited by 1 publication

(3 citation statements)

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“…Interaction occurring in a water environment is mainly influenced by the water environment, human, and device [42], presenting challenges to the design of prototypes for water environment use. ElectroPaper provides an integrated, highly functional design tool and fabrication method for electronic prototypes that were used in water environments.…”

Section: Example Applicationmentioning

confidence: 99%

“…Two RGB LED lights are used for lighting, and the battery, controller (ATmega32U4), communication module (NRF24L01, 2.4 GHz) (Guangdong, China), and voltage regulator module (AMS1117) (Guangdong, China) are arranged on the paper interface. Starfish can also interact with people through a wristband (Figure 18f) [42]. The wristband can capture the user's hand movements through the internal battery (9 V), Bluetooth module, Arduino Pro Mini, and MPU-6050 (Guangdong, China) (Figure 18c) [42].…”

Section: Deformation In Watermentioning

confidence: 99%

“…Starfish can also interact with people through a wristband (Figure 18f) [42]. The wristband can capture the user's hand movements through the internal battery (9 V), Bluetooth module, Arduino Pro Mini, and MPU-6050 (Guangdong, China) (Figure 18c) [42]. After receiving the data, Starfish "dances" in the water according to the user's hand movements.…”

Section: Deformation In Watermentioning

confidence: 99%

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ElectroPaper: Design and Fabrication of Paper-Based Electronic Interfaces for the Water Environment

et al. 2021

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The fabrication of underwater devices is necessary for the exploration of water environments and interactions in the Human–Computer Interaction (HCI) field. However, there are fewer approaches to support prototyping used in water environments. The existing prototype methods lack systematic waterproof treatments and provide insufficient software for balance and buoyancy analysis. To address these limitations, we present ElectroPaper, a new approach for the design and fabrication of prototypes used in water environments (surface or beneath) with paper-based electronic interfaces with a crease layer, hardware distribution layer, and hollow-out layer to support physical properties, such as waterproofing, foldability, and conformability. The approach includes a computational design tool for assisting in balance analysis, three-dimensional (3D) model unfolding, and circuit drawing. We describe the design and fabrication process and provide several example applications to illustrate the feasibility and utility of our approach. ElectroPaper provides an inexpensive and effective medium for the fabrication of customized digital prototypes for water environment use.

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Section: Example Applicationmentioning

confidence: 99%

Section: Deformation In Watermentioning

confidence: 99%