Access to the laboratory component of a class is limited by resources, while lab training is not currently possible for distance learning. To overcome the problem a solution is proposed to enable hands-on, interactive, objectively scored and appropriately mentored learning in a widely accessible environment. The proposed solution is the Virtual-Reality Motor-Skills trainer to teach basic fine-m...

This paper presents a number of different sonification approaches that aim to communicate geometrical data, specifically curve shape and curvature information, of virtual 3-D objects. The system described here is part of a multi-modal augmented reality environment in which users interact with virtual models through the modalities vision, hearing and touch. An experiment designed to assess the p...

We present GyroTouch, a multi-modal approach to the use of a digital gyroscope in a watch form-factor and a multi-touch desktop display with the aim to find properties that can yield better navigation in 3D virtual environments. GyroTouch was created to augment multitouch gestures with other devices. Our approach addressed 3D rotations and 3D Translation used in navigation of virtual environmen...

The work in the Touch Lab (formal name: Laboratory for Human and Machine Haptics) is guided by a broad vision of haptics which includes all aspects of information acquisition and object manipulation through touch by humans, machines, of a combination of the two; and the environments can be real or virtual. In order to make progress, we conduct research in multiple disciplines such as skin biome...

This paper introduces a new method for virtual reality teaching and its implementation into the I-TOUCH framework. From a thorough analysis of previous works dealing with virtual training, we developed a four steps method to be used for teaching and training. The I-TOUCH framework has been designed in order to quickly prototype computer haptic research and subsequently generate actual industry ...

Recent developments in the field of semi-immersive display technologies provide new possibilities for engaging users in interactive three-dimensional virtual environments (VEs). For instance, combining low-cost tracking systems (such as the Microsoft Kinect) and multi-touch interfaces enables inexpensive and easily maintainable interactive setups. The goal of this work is to bring together virt...

The work in the Touch Lab (formal name: Laboratory for Human and Machine Haptics) is guided by a broad vision of haptics which includes all aspects of information acquisition and object manipulation through touch by humans, machines, or a combination of the two; and the environments can be real or virtual. We conduct research in multiple disciplines such as skin biomechanics, tactile neuroscien...

OBJECTIVE To review and critique the research on the effect of massage therapy and therapeutic touch in children, and to describe clinical implications and make suggestions for future study. DATA SOURCES Studies were obtained through online computer searches of CINAHL, MEDLINE, PsychInfo, and SocioFile. Key words used were tactile, kinesthetic, massage therapy, touch, therapeutic touch, infan...

Histological grading quantifies the tumor architecture and cytology deviation of breast cancer against normal tissue. Nottingham Grading System grades classification allots scores. Mitotic detection is one major components in System. Using a conventional microscope time-consuming, semi-quantitative has limited histological parameters. Digital scanners scan tissue slice into high-resolution virt...