compact reachability map for excavator motion planning In this work, a novel search-based motion planning methodology for excavators is . The XE360U is featured with a high-pressure common rail EFI T4F engine and an intelligent electronic control system to deliver high performance you reuqire in tough jobsites. The ROPS cab along with high-power cold and warm air-conditioning will make the operator safe and feel comfortable during the work. PARAMETERS. Item. Operating weight.
0 · Reachability Map
1 · HKU Scholars Hub: Compact reachability map for excavator
2 · Compact Reachability Map for Excavator Motion Planning
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Abstract: In this paper, we propose a novel compact reachability map representation for . In this paper, we propose a novel compact reachability map representation for .
In this work, a novel search-based motion planning methodology for excavators is .In this paper, we propose a novel compact reachability map representation for excavator .In this paper, we propose a novel compact reachability map representation for excavator . Our experimental results show that the orientation-based reachability map is as .
Abstract: In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket’s reachable pose and the translation capability limited by excavator’s kinematic structure. In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket’s reachable pose and the translation capability limited by excavator’s kinematic structure. In this work, a novel search-based motion planning methodology for excavators is proposed. The approach involves constructing a graph representation that encodes feasible excavator bucket poses and movement direction based on the excavator’s reachability map.
In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket's reachable pose and the translation capability limited by excavator's kinematic structure.In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket's reachable pose and the translation capability limited by excavator's kinematic structure. Our experimental results show that the orientation-based reachability map is as fast as the position-based reachability map while benefiting from the additional extension capability.
Reachability Map
Compact Reachability Map for Excavator Motion Planning Authors : Yajue Yang , Liangjun Zhang , Xinjing Cheng , Jia Pan , Ruigang Yang Authors Info & Claims 2019 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS)In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket's reachable pose and the translation capability limited by excavator's kinematic structure.
A novel search-based method is proposed to plan the motion of an excavator robot considering its unique characteristics and constraints. The method constructs a reachability map that encodes the feasible poses and directions of the bucket in the driving space, and minimizes the displacement of hydraulic cylinders.
In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encod.
Abstract: In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket’s reachable pose and the translation capability limited by excavator’s kinematic structure.
In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket’s reachable pose and the translation capability limited by excavator’s kinematic structure. In this work, a novel search-based motion planning methodology for excavators is proposed. The approach involves constructing a graph representation that encodes feasible excavator bucket poses and movement direction based on the excavator’s reachability map.In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket's reachable pose and the translation capability limited by excavator's kinematic structure.
In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket's reachable pose and the translation capability limited by excavator's kinematic structure. Our experimental results show that the orientation-based reachability map is as fast as the position-based reachability map while benefiting from the additional extension capability. Compact Reachability Map for Excavator Motion Planning Authors : Yajue Yang , Liangjun Zhang , Xinjing Cheng , Jia Pan , Ruigang Yang Authors Info & Claims 2019 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS)
In this paper, we propose a novel compact reachability map representation for excavator motion planning. The constructed reachability map can concisely encode the bucket's reachable pose and the translation capability limited by excavator's kinematic structure.A novel search-based method is proposed to plan the motion of an excavator robot considering its unique characteristics and constraints. The method constructs a reachability map that encodes the feasible poses and directions of the bucket in the driving space, and minimizes the displacement of hydraulic cylinders.
HKU Scholars Hub: Compact reachability map for excavator
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Compact Reachability Map for Excavator Motion Planning
The quick hitch is suitable for quickly changing various attachments on excavators, such as buckets, rippers, hydraulic breakers, and hydraulic shears, enhancing productivity in .
compact reachability map for excavator motion planning|Compact Reachability Map for Excavator Motion Planning