Design and Development of Teleoperation for Forest Machines

Author:

Milne Bart1,Chen XiaoQi1,Hann Chris1,Parker Richard2,Milliken Paul2

Affiliation:

1. University of Canterbury, New Zealand

2. Scion, New Zealand

Abstract

Teleoperation of forestry machinery is a difficult problem. The difficulties arise because forestry machines are primarily used in unstructured and uncontrolled environments. However, improvements in technology are making implementation of teleoperation for forestry machines feasible with off-the-shelf computing and networking hardware. The state-of-the-art in teleoperation of forestry machinery is reviewed as well as teleoperation in similarly unstructured and uncontrolled environments such as mining and underwater. Haptic feedback in a general sense is also reviewed, as while haptic feedback has been implemented on some types of heavy machinery it has not yet been implemented on forestry machinery.

Publisher

IGI Global

Reference67 articles.

1. On Extending the Wave Variable Method to Multiple-DOF Teleoperation Systems

2. WebTurning: Teleoperation of a CNC turning center through the Internet

3. Amishev, D., Evanson, et al. (2009). Felling and bunching on steep terrain - A review of the literature. FFR Technical Note, 1(7).

4. Amishev, D., & Evanson. (2011). Walking machines in forest operations. FFR Technical Note, 3(9).

5. Army, U. A. S. CoE Staff. (2010). U. S. army roadmap for unmanned aircraft systems 2010-2035. Fort Rucker, AL: U. S. Army UAS Center of Excellence (ATZQ-CDI-C).

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