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How to set proxy in Robot Framework? 

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Proceedings ArticleDOI
20 Feb 2002
It seems easier and much more intuitive for the programmer to specify what the robot should be doing, and let it learn the fine details of how to do it.
In this paper, we propose a distributed global connectivity maintenance and control framework of multi-robot networks, which can adapt connectivity online.
As these control laws can be designed to accomplish different tasks, the robot is able to use the presented framework to tune the parameters online to achieve desirable results.
This leads to the implementation of an extensible proxy‐framework, which facilitates the development of specific cooperative services.
Simulation results show that the robot can hop from a wide set of initial conditions.
Proceedings ArticleDOI
Sun Wu, Chang-Chain Liao 
03 Jan 1997
36 Citations
In our model, a proxy is not just an add-in to existing Web servers to provide cache and security functions, but works as a middle layer between browsers and Web servers, which can be plugged in a variety of functions for WWW applications, such as search engine, resource index, information filtering, robot, profile, intelligent agents, etc.
We find that the framework is suitable for implementation on a mobile robot for its envisioned purpose.
Proceedings ArticleDOI
Sang-Ho Hyon, T. Emura 
10 Dec 2002
19 Citations
Simulation results show that the robot can hop from the wide set of initial conditions.
Open accessJournal ArticleDOI
01 Jan 2012
51 Citations
This user friendly robot is expected to bridge the gap between robot and household chores.
This information about the robot trajectory can be used to assist a robot when it performs area coverage operations such as floor cleaning or allow a robot to follow the path previously taken by itself or another robot.
In this paper we propose a passivity-based framework to modify the trajectory online, manually driving the robot throughout the desired correction.
Proceedings ArticleDOI
Zhilou Yu, Hua Ji 
04 Nov 2010
This paper represents a proxy agent framework that enables other agents to cooperate well with each other.
Our study demonstrated that the use of the robot proxy resulted in improved performance and efficiency on an exploration task, more accurate mental models of the robot's capabilities, a stronger perception of effectiveness at the task, and stronger feelings of collaboration with the robotic system.
We also show how the robot distribution can be approximated based on local information only, consequently enabling the development of a decentralized controller.
This is the first framework that unifies previous attempts and presents detailed protocols for all the operations required in such a proxy environment.
do not support the proxy hypothesis.
The second robot is expected to complement the responses of the proxy robot so that the interlocutor feels stronger social telepresence of the distant person.
Initial results are promising for applicability of the proposed multi-robot framework to exploration and modeling of planetary caves.