In this paper, we present a small input device which can be worn on the back of the human’s hand for wearable computers. The main purpose of this tiny input device is to control wearable computers or public devices through intuitive interfaces. The intuitive interfaces can be defined

and inverse kinematics using a simple model of the human arm. 1 Introduction The Intuitive Interface is a research project that investigates new methods of interaction with the computer by freeing the computer from the nonflexible desktop setup and integrating the interface in the every-day physical

are concerned with visualising prosodic aspects of the human voice. A series of single- and multi-user studies shows that users can gain control of the intuitive interface and learn to adapt to new and previously unseen tasks in virtual environments. Though an application such as this can not be used

be learned by the user. In this paper we propose a new interface model that aims to provide an intuitive means of orienting and translating a cross-sectional plane through a volume dataset. Our model uses a hand-held rectangular panel that is manipulated by the user in free space, resulting in corresponding

Novel modes of interaction and tailored application delivery are a key challenge in ubiquitous computing. This paper proposes a method of adaptively delivering lightweight, disposable service compositions to a user in a smart space. The user intuitively requests these services through a single

Hyperscore is a graphical, computer-assisted composition system that allows users to intuitively visualize and edit musical structures. It maps musical features to graphical elements such as color, shape, and line texture. These graphical elements allow users to control both high and low

In the growing field of service robotics, redundant manipulator arms provide enormous advantages compared to their non-redundant counterparts. But the fact that no intuitive approaches exist for handling highly redundant robots hinders the breakthrough of such superior mechanisms. In this paper a

an intuitive image-based control framework for UGV navigation and allowing a single operator to command multiple UGVs. The project leverages new image processing algorithms for monocular visual servoing and odometry to yield a unique, high-performance fused navigation system. Human Computer Interface (HCI

system that is wearable, aesthetic, and intuitive. The main features are like this. It supports the interoperability of various communication interfaces between WLAN, Bluetooth, and Zigbee devices. Novel user interfaces, called i − throw, is developed and integrated with the UFC system to help

All in-text references underlined in blue are linked to publications on ResearchGate, letting you access and read them immediately.