Abstract. Robots operating in the presence of humans should adapt their plans and behavior accordingly. The recent area of human-aware planning (HAP) addresses this problem. In this paper, we propose a method for extending HAP to so-called Socially Aware planning. We build on known principles for human context recog-nition, extending them to support different social situations. In this new paradigm, we are able to define social norms and rules which are taken into account by the planning mechanism to obtain plans consisting of socially adjusted behaviors.
International audienceA robot moving in the presence of humans is highly constrained by the dynamic ...
In this chapter, we describe social planning mechanisms for constructing and representing explainabl...
This presents a framework for a novel Unified Socially-Aware Navigation (USAN) architecture and moti...
As more robots and sensors are deployed in work and home environments, there is a growing need for t...
International audienceRobot navigation in the presence of humans raises new issues for motion planni...
Promised some decades ago by researchers in artificial intelligence and robotics as an imminent brea...
In this paper we propose a new method of encoding social norms and rules into sampling-based motion ...
As robots are expected to become more and more available in everyday environments, interaction ...
This paper addresses high-level robot planning issues for an interactive cognitive robot that has to...
Human Robot cooperation brings several challenges to au-tonomous robotics such as adoption of a pro-...
The growing presence of household robots in inhabited environments arises the need for new robot tas...
International audienceWith recent advances in safe and compliant hardware and control, robots are cl...
We argue that social robots should be designed to behave similarly to humans, and furthermore that s...
This thesis deals with a number of challenges for an assistive robot and more especially decisional ...
International audienceA robot moving in the presence of humans is highly constrained by the dynamic ...
In this chapter, we describe social planning mechanisms for constructing and representing explainabl...
This presents a framework for a novel Unified Socially-Aware Navigation (USAN) architecture and moti...
As more robots and sensors are deployed in work and home environments, there is a growing need for t...
International audienceRobot navigation in the presence of humans raises new issues for motion planni...
Promised some decades ago by researchers in artificial intelligence and robotics as an imminent brea...
In this paper we propose a new method of encoding social norms and rules into sampling-based motion ...
As robots are expected to become more and more available in everyday environments, interaction ...
This paper addresses high-level robot planning issues for an interactive cognitive robot that has to...
Human Robot cooperation brings several challenges to au-tonomous robotics such as adoption of a pro-...
The growing presence of household robots in inhabited environments arises the need for new robot tas...
International audienceWith recent advances in safe and compliant hardware and control, robots are cl...
We argue that social robots should be designed to behave similarly to humans, and furthermore that s...
This thesis deals with a number of challenges for an assistive robot and more especially decisional ...
International audienceA robot moving in the presence of humans is highly constrained by the dynamic ...
In this chapter, we describe social planning mechanisms for constructing and representing explainabl...
This presents a framework for a novel Unified Socially-Aware Navigation (USAN) architecture and moti...