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#Org.jscience.architecture.traffic.algorithms.tlc Classes and Interfaces - 38 results found.
NameDescriptionTypePackageFramework
ACGJ1This controller has been designed by the GLD-Algo group.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
ACGJ2This algorithm will, when it starts, handle like Longest Queue, but it can do more things: 1.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
ACGJ3Classorg.jscience.architecture.traffic.algorithms.tlcJScience
ACGJ3FixedValueClassorg.jscience.architecture.traffic.algorithms.tlcJScience
ACGJ4Classorg.jscience.architecture.traffic.algorithms.tlcJScience
ACGJ5Classorg.jscience.architecture.traffic.algorithms.tlcJScience
BestFirstTLCThis controller will switch TrafficLights so that a SignConfig is selected where in total the most Roadusers are waiting.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
ColearningInterfaceorg.jscience.architecture.traffic.algorithms.tlcJScience
GenNeuralTLCClassorg.jscience.architecture.traffic.algorithms.tlcJScience
LocalHillTLCThis controller will decide it's Q values for the traffic lights according to the traffic situation on / the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
LongestQueueTLCThis controller will switch TrafficLights so that the Trafficlight with the longest queue of waiting Roadusers will get set to green.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
MostCarsTLCThis controller will switch TrafficLights so that a SignConfig is selected so that the most Roadusers can cross the Node.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
PosMovClassorg.jscience.architecture.traffic.algorithms.tlcJScience
RandomTLCThis controller will switch TrafficLights at random.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
RelativeLongestQueueTLCThis controller will switch TrafficLights so that the Trafficlight which relatively seen has the most Roadusers waiting will be green.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
RLD2TLCRed Light District 2 TLC.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
RLDTLCRed Light District TLC.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
SignControllerThis is the class for the sign controller.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
SL1TLCThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
SL2TLCThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
SL3TLCThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
SL4TLCThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
SL5TLCThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
SL6TLCThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TC1B1This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TC1TLCDestlessThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TC1TLCFixThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
TC1TLCOptThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TC2B1This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TC2FinalThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TC2TLCDestlessThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TC2TLCOptThis controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to theClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TC3B1This algorithm works like TC1 with extra functionality.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
TC3OptThis algorithm works like TC1 with extra functionality.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
TC3TLCWorkInProgressThis algorithm works like TC1 with extra functionality.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
TLCFactoryClassorg.jscience.architecture.traffic.algorithms.tlcJScience
TLControllerThis is the abstract class for Traffic light algorithms.Classorg.jscience.architecture.traffic.algorithms.tlcJScience
TLDecisionThis class holds a tuple of a TrafficLight and a float value to represent the reward (Q) for the TrafficLight to be kept.Classorg.jscience.architecture.traffic.algorithms.tlcJScience