One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents are able to infer what are the forbidden, permitted and obligatory actions they may perform, by using the well-known Meyer’s reduction from obligations to be to obligations to do. However, we show through an example that this method is not completely adequate to guide agents’ decisions. We then propose a solution using, instead of obligations, the concept of ‘responsibility’. To formalise responsibility we use a multiagent extension of propositional dynamic logic as framework, and then we define some basic concepts, such as ‘agent ability’, also briefly discussing the problem of uniform strategies and a possible solution. In the last part, w...
A theory of rational decision making in normative multiagent systems has to distinguish among the ma...
A central issue in the specification and verification of autonomous agents and multiagent systems is...
A central issue in the specification and verification of autonomous agents and multiagent systems is...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
It has been proposed that a good way of allocating tasks to agents is by ascribing them obligations,...
It has been proposed that a good way of allocating tasks to agents is by ascribing them obligations,...
It has been proposed that a good way of allocating tasks to agents is by ascribing them obligations,...
Safe and reliable deployment of collaborative AI-human multiagent systems requires formal semantics ...
Abstract Responsibilities are an important component of teamwork in multi-agent systems. In this pap...
Ensuring trustworthy performance of autonomous agents and Multiagent Systems (MAS) requires computat...
A central issue in the specification and verification of autonomous agents and multiagent systems is...
A theory of rational decision making in normative multiagent systems has to distinguish among the ma...
A central issue in the specification and verification of autonomous agents and multiagent systems is...
A central issue in the specification and verification of autonomous agents and multiagent systems is...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
One way to allocate tasks to agents is by ascribing them obligations. From obligations to be, agents...
It has been proposed that a good way of allocating tasks to agents is by ascribing them obligations,...
It has been proposed that a good way of allocating tasks to agents is by ascribing them obligations,...
It has been proposed that a good way of allocating tasks to agents is by ascribing them obligations,...
Safe and reliable deployment of collaborative AI-human multiagent systems requires formal semantics ...
Abstract Responsibilities are an important component of teamwork in multi-agent systems. In this pap...
Ensuring trustworthy performance of autonomous agents and Multiagent Systems (MAS) requires computat...
A central issue in the specification and verification of autonomous agents and multiagent systems is...
A theory of rational decision making in normative multiagent systems has to distinguish among the ma...
A central issue in the specification and verification of autonomous agents and multiagent systems is...
A central issue in the specification and verification of autonomous agents and multiagent systems is...