Modern robots usually need to operate non-cooperative targets in unstructured environment. There are unpredictable events which can reduce the capacity of robots. Therefore, task descriptions for robots just indicate what to do, not how to do. This paper proposes a task description logic based on temporal constrain net to provide a formalized method for task description and deciding whether a plan meets the requirements of task description or not. © (2014) Trans Tech Publications, Switzerland
Robotic systems are entering the stage. Enabled by advances in both hardware components and software...
Combining tasks, melding their activities in sequence and in parallel, in order to achieve the desir...
Automated task planning for service robots faces great challenges in handling dynamic domestic envir...
Temporal-logic-based languages provide a formal and accurate way to specify complex motion and actio...
A temporal logic for representing and reasoning on a robotic domain is presented. Actions are repre...
This research aims to bridge the gap between symbolic plans and constraint-based motion specificatio...
This paper presents a new framework for constraint-based task specification of robot controllers. A ...
Abstract — This paper presents a new framework for constraint-based task specification of robot cont...
This paper describes a framework for automatically generating optimal action-level behavior for a te...
The representation for serial robotic tasks proposed in this thesis is a language of temporal constr...
A major goal in robotics is to develop machines that perform useful tasks with minimal supervision. ...
In constraint-based programming, robot tasks are specified and solved as optimization problems with ...
This paper presents a developed approach for intelligently generating symbolic plans by mobile robot...
International audienceThé problem of robotic task definition and execution was pioneered by Mason, [...
There is an ever-increasing demand for multirobotic systems to be deployed in many diverse applicati...
Robotic systems are entering the stage. Enabled by advances in both hardware components and software...
Combining tasks, melding their activities in sequence and in parallel, in order to achieve the desir...
Automated task planning for service robots faces great challenges in handling dynamic domestic envir...
Temporal-logic-based languages provide a formal and accurate way to specify complex motion and actio...
A temporal logic for representing and reasoning on a robotic domain is presented. Actions are repre...
This research aims to bridge the gap between symbolic plans and constraint-based motion specificatio...
This paper presents a new framework for constraint-based task specification of robot controllers. A ...
Abstract — This paper presents a new framework for constraint-based task specification of robot cont...
This paper describes a framework for automatically generating optimal action-level behavior for a te...
The representation for serial robotic tasks proposed in this thesis is a language of temporal constr...
A major goal in robotics is to develop machines that perform useful tasks with minimal supervision. ...
In constraint-based programming, robot tasks are specified and solved as optimization problems with ...
This paper presents a developed approach for intelligently generating symbolic plans by mobile robot...
International audienceThé problem of robotic task definition and execution was pioneered by Mason, [...
There is an ever-increasing demand for multirobotic systems to be deployed in many diverse applicati...
Robotic systems are entering the stage. Enabled by advances in both hardware components and software...
Combining tasks, melding their activities in sequence and in parallel, in order to achieve the desir...
Automated task planning for service robots faces great challenges in handling dynamic domestic envir...