![]() ![]() ![]() This too, is available online as open source software.ĭepending on the provider, both the interactive software and Bluetooth calibration software is minimally available for Windows and Mac OS X, and may be available for Linux. ![]() In addition to this interactive software, the Wiimote Interactive Whiteboard requires software for the computer to communicate via bluetooth with the wiimote. ![]() More advanced functions include interactive games, learning modules and templates that can be adapted for individual use. Basic interactive software functions usually include an option to display a keyboard on screen for typing digital ink pens, paint brushes and highlighters for marking up displayed images and text as well as screen or video capture to record work that has been done on the IWB. IWB software is available from a variety of open source and commercial providers. Many desktop and notebook computers are sold with this capability, but Bluetooth capability can be added to a device using a Universal Serial Bus (USB) Bluetooth adaptor or "dongle". The Wiimote communicates via the Bluetooth short range wireless connectivity standard (IEEE standard 802.11.15.x), thus the computing device for a Wiimote Interactive Whiteboard must also be able to communicate using this standard. is sufficient to run Mac OS X, Windows Vista or Windows XP) and the projector must connect to the computing device. The computing device simply needs to be capable of running the calibration and interaction software (ie. Hardware requirements for the Wiimote interactive Whiteboard have few limitations. Using location and tracking software, the location of the pen can be tracked and communicated to the computer after a simple calibration procedure is performed. The wiimote contains an IR camera that is able to sense the position of the IR source. Turning on the IR source is then equivalent to touching the screen with traditional IWBs. The pens used with the wiimote are equipped with an IR source at the tip and button to turn the source on and off. Rather, a blank screen or wall is used to project the computer images on, and the pen interacts with with a Nintendo Wiimote which then communicates with the computer via Bluetooth. The Wiimote Interactive Whiteboard functions somewhat differently than typical IWBs in that there is no interactive board for the the pen to interact and communicate with. This is done by touching the interactive display with the pen or a finger to select features and functions made possible by software that then communications the input to the computer that responds accordingly and such that the projector displays the digital ink or the appropriate result of the interaction that occurred. These elements are connected in such a way that the digital projector displays an image of the computing device's screen on the interactive display and the pen is used to add digital "ink" and to control the computer in much the same way as a traditional mouse and keyboard do. IWBs are typically composed of five basic elements: a computing device, a digital projector, an interactive display screen, a pen, and software to make it all communicate. ![]()
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