Interactive PTZ Camera Control System Using Wii Remote and Infrared Sensor Bar
This paper proposes an alternative control mechanism
for an interactive Pan/Tilt/Zoom (PTZ) camera control system.
Instead of using a mouse or a joystick, the proposed mechanism
utilizes a Nintendo Wii remote and infrared (IR) sensor bar. The Wii
remote has buttons that allows the user to control the movement of a
PTZ camera through Bluetooth connectivity. In addition, the Wii
remote has a built-in motion sensor that allows the user to give
control signals to the PTZ camera through pitch and roll movement.
A stationary IR sensor bar, placed at some distance away opposite the
Wii remote, enables the detection of yaw movement. In addition, the
Wii remote-s built-in IR camera has the ability to detect its spatial
position, and thus generates a control signal when the user moves the
Wii remote. Some experiments are carried out and their performances
are compared with an industry-standard PTZ joystick.
[1] CCTV: Networking and Digital Technology (Second Edition), by Vlado
Damjanovski.
[2] Johnny Chung Lee, "Hacking the Nintendo Wii Remote", Pervasive
computing, July - September 2008.
[3] Nintendo "Nintendo Wii - Hardware Information", May 2006.
[4] Matt Casamassina, "Wii Controllers: Unlocking the Secrets Battery and
power specifics, SYNCHRO functionality, rumble motor details, LED
secondary purpose and... a camera?" July 2006.
[5] Jamin Brophy-Warren, "Magic Wand: How Hackers Make Use of Their
Wii-motes", The Wall Street Journal, April 2007.
[6] Axis communications,
http://www.axis.com/techsup/cam_servers/dev/activex.htm.
[7] V. Apostolyuk "Theory and design of micromechanical vibratory
gyroscopes", MEMS/NEMS Handbook, Springer, 2006, Vol.1, pp.173-
195.
[8] wiiuse, http://www.wiiuse.net
[1] CCTV: Networking and Digital Technology (Second Edition), by Vlado
Damjanovski.
[2] Johnny Chung Lee, "Hacking the Nintendo Wii Remote", Pervasive
computing, July - September 2008.
[3] Nintendo "Nintendo Wii - Hardware Information", May 2006.
[4] Matt Casamassina, "Wii Controllers: Unlocking the Secrets Battery and
power specifics, SYNCHRO functionality, rumble motor details, LED
secondary purpose and... a camera?" July 2006.
[5] Jamin Brophy-Warren, "Magic Wand: How Hackers Make Use of Their
Wii-motes", The Wall Street Journal, April 2007.
[6] Axis communications,
http://www.axis.com/techsup/cam_servers/dev/activex.htm.
[7] V. Apostolyuk "Theory and design of micromechanical vibratory
gyroscopes", MEMS/NEMS Handbook, Springer, 2006, Vol.1, pp.173-
195.
[8] wiiuse, http://www.wiiuse.net
@article{"International Journal of Information, Control and Computer Sciences:55248", author = "A. H. W. Goh and Y. S. Yong and C. H. Chan and S. J. Then and L. P. Chu and S. W. Chau and H. W. Hon", title = "Interactive PTZ Camera Control System Using Wii Remote and Infrared Sensor Bar", abstract = "This paper proposes an alternative control mechanism
for an interactive Pan/Tilt/Zoom (PTZ) camera control system.
Instead of using a mouse or a joystick, the proposed mechanism
utilizes a Nintendo Wii remote and infrared (IR) sensor bar. The Wii
remote has buttons that allows the user to control the movement of a
PTZ camera through Bluetooth connectivity. In addition, the Wii
remote has a built-in motion sensor that allows the user to give
control signals to the PTZ camera through pitch and roll movement.
A stationary IR sensor bar, placed at some distance away opposite the
Wii remote, enables the detection of yaw movement. In addition, the
Wii remote-s built-in IR camera has the ability to detect its spatial
position, and thus generates a control signal when the user moves the
Wii remote. Some experiments are carried out and their performances
are compared with an industry-standard PTZ joystick.", keywords = "Bluetooth, Infrared, Pan/Tilt/Zoom, PTZ Camera,Visual Surveillance, Wii Remote", volume = "2", number = "10", pages = "3374-6", }