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time-optimal trajectory planning

Optimal Trajectory Planning of a Box Transporter Mobile Robot

Optimal Trajectory Planning of a Box Transporter Mobile Robot

... motion planning, the robot follows a planned path from its initial point to the ...target. Trajectory planning deals with robot position, velocity and acceleration in ...with time and vehicle ...

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An approach for smooth trajectory planning of high speed pick and place parallel robots using quintic B splines

An approach for smooth trajectory planning of high speed pick and place parallel robots using quintic B splines

... The trajectory planning problem can then be stated as the determination of the sequence of time intervals necessary for a spline to connect two adjacent knots by minimizing a weighted performance ...

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Multi Objective UAS Flight Management in Time Constrained Low Altitude Local Environments

Multi Objective UAS Flight Management in Time Constrained Low Altitude Local Environments

... where planning time constraints are ...fuel, time, distance; and minimizing deviation from the current ...The planning layers within the framework use multi-objective optimization to converge ...

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MGA trajectory planning with an ACO-inspired algorithm

MGA trajectory planning with an ACO-inspired algorithm

... an optimal sequence of gravity assist manoeuvres, deep space manoeuvres (DSM) and transfer arcs connecting two or more bodies in the set is combinatorial in ...an optimal multiple gravity assist (MGA) ...

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Trajectory Planning of End-Effector for Path with Loop

Trajectory Planning of End-Effector for Path with Loop

... angle path. A planar robot will be utilized to simulate the proposed approach. Perumaal and Jawahar [8] proposed an approach to generate a synchronized jerk- bounded trigonometric S-curve trajectory for a robotic ...

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Fluid locomotion and trajectory planning for shape changing robots

Fluid locomotion and trajectory planning for shape changing robots

... In Chapter 2, I examine the self-propulsion of a smooth body changing shape in a quiescent irrotational potential flow, a problem previously studied by Saffman [Saf67] and by Miloh and Galper [Mil91, MG93, GM94]. I ...

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Trajectory Planning of 6R Jointed Industrial Robot Manipulators

Trajectory Planning of 6R Jointed Industrial Robot Manipulators

... the trajectory of 6R(6 Revolute) jointed industrial robot is planned by taking the constraints of displacement, velocity, acceleration and ...the trajectory but it can be generalized for all major ...

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Planning and Control of Two-Link Rigid Flexible Manipulators in Dynamic Object Manipulation Missions

Planning and Control of Two-Link Rigid Flexible Manipulators in Dynamic Object Manipulation Missions

... an optimal trajectory planning and control method of two link rigid-flexible manipulators (TLRFM) for Dynamic Object Manipulation (DOM) ...first time, achievement of DOM task using a rotating ...

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Optimal trajectory planning for multiple asteroid tour mission by means of an incremental bio-inspired tree search algorithm

Optimal trajectory planning for multiple asteroid tour mission by means of an incremental bio-inspired tree search algorithm

... maximum time of flight, the boundaries were set to be 4 days and 730 days, using a time step of 10 ...total time between two encounters was found to be 4 days and 1064 days ...maximum time of ...

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Synthesis of Parallel Robots Optimal Motion Trajectory Planning Algorithms

Synthesis of Parallel Robots Optimal Motion Trajectory Planning Algorithms

... subtasks: planning an optimal trajectory of motion and its ...Motion planning is an important task for obstacles bending by parallel ...of planning the movement are known in the present ...

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Optimal trajectory planning for a UAV glider using atmospheric thermals

Optimal trajectory planning for a UAV glider using atmospheric thermals

... There are two different techniques employed in thermalling; first is the circling around in the thermal and the second is the flying straight across the thermal exiting and returning. For long distance soaring flights, ...

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Trajectory Planning for Multi UMVs with Reciprocal Constraints

Trajectory Planning for Multi UMVs with Reciprocal Constraints

... travel time and avoiding mountains. The optimal solution for this task is designated in ...this time considered by different ...the trajectory of an UMV traveling from “start 2” to “end 2” and ...

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Two topics in the theory of optimal trajectory analysis

Two topics in the theory of optimal trajectory analysis

... ie shown how well known results for the case of' a rocket operating at constant exhaust velocity may be obtained as limits of the more general results obtained in that part... case of op[r] ...

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Mechanical and Control Design of an Industrial Exoskeleton for Advanced Human Empowering in Heavy Parts Manipulation Tasks

Mechanical and Control Design of an Industrial Exoskeleton for Advanced Human Empowering in Heavy Parts Manipulation Tasks

... inner optimal controller is proposed for trajectory tracking, while an outer fuzzy logic controller is proposed to online deform the task trajectory on the basis of the human’s intention of ...the ...

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Optimal maintenance planning using reliability information for offshore wind turbines

Optimal maintenance planning using reliability information for offshore wind turbines

... Over the past few years the wind power industry has encountered a large growth. The growth is mainly focused on the development of larger WTs, maximum capacity and the size of offshore wind farms. The maximum capacity ...

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Temporal Planning with Temporal Metric Trajectory Constraints

Temporal Planning with Temporal Metric Trajectory Constraints

... Each time a new action is selected, L AZY -S EARCH successor function gener- ates a single state (it does not anticipate the binding of exis- tential quantifiers) while E AGER -S EARCH generates much more ...

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Prims Algorithm for Optimizing Fiber Optic Trajectory Planning

Prims Algorithm for Optimizing Fiber Optic Trajectory Planning

... Fusion Splicer is a tool for connecting glass-based optical fibers that implement an electric power that has been converted into a laser beam-shaped light media that serves to heat the broken glass on the core so that it ...

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Trajectory Planning on Grids: Considering Speed Limit Constraints

Trajectory Planning on Grids: Considering Speed Limit Constraints

... can obtain an ordered set of points, where each point is provided with a corresponding direction and speed interval. These points may not only directly refer to cells, especially if Theta* is used, but it is necessary to ...

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Free Space Detection and Trajectory Planning for Autonomous Robot

Free Space Detection and Trajectory Planning for Autonomous Robot

... Taking the approach of using a neural network did pose its own challenges at times though. Since the model acts like a black box in that we don’t know what it is actually doing in between the input and the output, it can ...

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Smooth Trajectory Planning for Autonomous Leader-Follower Robots

Smooth Trajectory Planning for Autonomous Leader-Follower Robots

... As an illustration, the model (1) & (2) and Figure 1 represent a robotic vehicle as being driven to a parking space represented by the target if we are able to drive r → 0, θ → 0 & δ → 0 . On the other hand they ...

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