The Bluewand is a small, pen-like device that can be used to control Bluetooth enabled devices by hand-movements. A 6-axis accelerometer and gyroscope system detects the device's full orientation and movement in space. A Bluetooth wireless link transmits this data to any cooperating device which then executes associated commands or further interprets the device's movements. Possible applications include remote control of various consumer electronics (TV-set, cell-phone, MP3-player), access control to machines and buildings, a virtual laser pointer, and mobile gaming. Bluewand is especially helpful as input device for a personal area network of wearable devices.
Did you find this white paper useful?
24 out of 50 users found this white paper useful
Related white papers
Bluetooth Security White Paper
The Bluetooth wireless technology system contains a set of profiles. A profile defines a selection of messages and procedures (generally termed capabilities) from the Bluetooth SIG specifications. This gives an unambiguous description of...
A Location System Based on Sensor Fusion: Research Areas and Software Architecture
Information about the current position of a mobile device is required by context-aware applications. An inexpensive, pervasive, all-purpose location system is not yet available. This paper discusses approaches of different...
Setting Up and Using Bluetooth Hardware With Development Tools
The purpose of this paper is to describe how to set up the Bluetooth testing environment for the C++ emulators of Software Development Kits (SDK), such as the Series 60...
An Architectural Framework to Deploy Scatternet-Based Applications Over Bluetooth
Bluetooth is a promising wireless personal area network technology and is on the verge of being ubiquitously deployed over a wide range of devices. The basic unit of a Bluetooth...
Forming Optimal Topologies for Bluetooth-Based Wireless Personal Area Networks
This paper addresses the problem of determining an optimal topology for Bluetooth Wireless Personal Area Networks (BT-WPANs). In BT-WPANs, multiple communication channels are available, through a frequency hopping technique. The...
Design and Analysis Methodology for a Bluetooth Sub-Micron CMOS PA
This paper presents the methodology to design a Power Amplifier in sub-micron CMOS technology, taking into account all the parasitic effects. A modeling of the bonding distribution, lead frame and...
Parallel Computation in Mobile Systems Using Bluetooth Scatternets and Java
This paper outlines DynaMP, a dynamic message passing architecture. Using an ad-hoc network with on-demand routing based on AODV. DynaMP has a resource discovery mechanism, it distributes code and data...
