JerkTilts

Headbang: Using Head Gestures to Trigger Discrete Actions on Mobile Devices

“…As it does not need a display for input, tilting allows for usage on small devices and is especially promising for smartphone UIs that offer small screen space. For triggering actions, pie menus have proven a good mapping of device rotation to a menu item [2,35]. Other explored usage areas for tilting input include scrolling [27,31] and text entry [28,38].…”

“…To alleviate this issue, a variety of touch techniques have emerged, such as stroke gestures [1], multitouch gestures [12], force touch input [6], and utilizing further sensors built into smartphones and tablets, such as motion sensors for tilt input [2].…”

Tilt Space: A Systematic Exploration of Mobile Tilt for Design Purpose

“…They found out the subjects could control comfortably at least 16 levels on the supination/pronation axis. Baglioni et al [1] explored human control ability on tilt input with a jerk gesture. Guo and Paek [9] studied human control ability of tilt on smartwatches, and found out that OjectPoint performed better.…”

MobiSweep

“…The input data packet consisted of device orientation, touch coordinates, menu events and multi-touch gestures. Our controller interface was implemented using the Android SDK and the application was developed in C++ with openGL Shading Language for rendering 2 .…”

“…Mobile devices offer a unique combination of computational power, wireless data communication, 3D sensing capabilities, ergonomic manipulability, and multi-touch input mechanisms. Although mobile devices have been previously explored as spatial controllers for several virtual applications [2,22], inertial position tracking is impractical without adding additional hardware [17]. Here, the multi-touch capability of phones and tablets provides additional affordances for both direct and indirect manipulations of the virtual objects.…”