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How to create folder in Robot Framework? 

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The robot trajectories so achieved are comparable to manually programmed robot programs.
Under the proposed framework, given a specific social convention, robot is able to generate and modify its path smoothly without violating the proxemics constraints.
We have developed a component framework assisting robot developers to make robot application with ease.
A feasibility study demonstrates the validity of the framework through a series of reconfigurations performed on a modular collaborative robot.
Thus the framework presented here provides efficient use of robot resources.
Users can achieve their robot service easily and quickly with this framework.
The paper shows how simulation can be incorporated into a high‐level robot command library (or object library) and how the command library can be used for the programming of industrial robots.
Finally, we apply this framework to make progress on the new version of the UJI Librarian Robot, making a great step forward in the way the robot manipulates books.
This framework makes robot software easy to be maintained and reused.
The results imply the capability of the model to create a developmental robot relating to human development.
The proposed architecture presented good results which were demonstrated on the “iRobot Create” robot.
In this paper, we propose a robot development framework that is able to simulate all required modules of the robot, its sensor system as well as its environment including persons.
Proceedings ArticleDOI
23 Mar 2011
55 Citations
In this framework, a robot can be provided as a service just like a public utility service so that everyone can access the powerful robotic services easily, efficiently, and cheaply.
Proceedings ArticleDOI
Braden Stenning, Timothy D. Barfoot 
05 Mar 2011
This work presents the first step toward an innovative new navigation framework, based on growing a network of reusable paths, to allow a mobile robot to autonomously explore unmapped, GPS-denied, extreme environments.
We find that the framework is suitable for implementation on a mobile robot for its envisioned purpose.
The framework produces excellent results because: 1) the robot can perform selected paths better than when it simply copies the demonstrator, and 2) it allows flexible path selection so the robot can be given a disposition in how it executes the task.
The programming framework employs robot capabilities as abstractions and thereby facilitates intuitive use and extensibility.
Proceedings ArticleDOI
P. Nilas, T. Sueset, K. Muguruma 
01 Dec 2004
24 Citations
The initial results are encouraging and demonstrate the capabilities of such a human-robot framework.