Add to ORKGA new semantics for the programming language Golog is presented based on Fluent Calculus. The semantics lays the foundation for interpreting Golog programs in Flux. This allows to employ the principle of progression to update a state spec-ification and to evaluate fluent conditions in Golog programs directly against an updated state.
The situation calculus is a first-order language specifically designed for representing dynamically ...
Abstract Golog and ConGolog are languages defined in the situation calculus for cognitive robotics. ...
Golog is a powerful programming language for logic-based agents. The primitives of the language are ...
A new semantics for the programming language Golog is presented based on Fluent Calculus. The semant...
The Situation Calculus and the Fluent Calculus are successful action formalisms that share many conc...
AbstractThis paper proposes a new logic programming language called GOLOG whose interpreter automati...
This paper proposes a new logic programming language called GOLOG whose interpreter automatically ma...
By their very design, many robot control programs are non-terminating. This paper describes a situat...
AbstractThis paper proposes a new logic programming language called GOLOG whose interpreter automati...
High-level action programming languages such as Golog have successfully been used to model the behav...
High-level action programming languages such as Golog have successfully been used to model the behav...
Typical Golog programs for robot control are non-terminating. Analyzing such programs so far require...
The situation calculus is a first-order language specifically designed for representing dynamically ...
Most programming languages only support tests that refer exclusively to the current state. This appl...
Typical Golog programs for robot control are non-terminating. Analyzing such programs so far require...
The situation calculus is a first-order language specifically designed for representing dynamically ...
Abstract Golog and ConGolog are languages defined in the situation calculus for cognitive robotics. ...
Golog is a powerful programming language for logic-based agents. The primitives of the language are ...
A new semantics for the programming language Golog is presented based on Fluent Calculus. The semant...
The Situation Calculus and the Fluent Calculus are successful action formalisms that share many conc...
AbstractThis paper proposes a new logic programming language called GOLOG whose interpreter automati...
This paper proposes a new logic programming language called GOLOG whose interpreter automatically ma...
By their very design, many robot control programs are non-terminating. This paper describes a situat...
AbstractThis paper proposes a new logic programming language called GOLOG whose interpreter automati...
High-level action programming languages such as Golog have successfully been used to model the behav...
High-level action programming languages such as Golog have successfully been used to model the behav...
Typical Golog programs for robot control are non-terminating. Analyzing such programs so far require...
The situation calculus is a first-order language specifically designed for representing dynamically ...
Most programming languages only support tests that refer exclusively to the current state. This appl...
Typical Golog programs for robot control are non-terminating. Analyzing such programs so far require...
The situation calculus is a first-order language specifically designed for representing dynamically ...
Abstract Golog and ConGolog are languages defined in the situation calculus for cognitive robotics. ...
Golog is a powerful programming language for logic-based agents. The primitives of the language are ...