Package org.jscience.architecture.traffic.algorithms.tlc

Interface Summary
Colearning DOCUMENT ME!
 

Class Summary
ACGJ1 This controller has been designed by the GLD-Algo group.
ACGJ2 This algorithm will, when it starts, handle like Longest Queue, but it can do more things: 1.
ACGJ3 DOCUMENT ME!
ACGJ3FixedValue Now with extra improved but still sometimes not too great performance!
ACGJ4 DOCUMENT ME!
ACGJ5 DOCUMENT ME!
BestFirstTLC This controller will switch TrafficLights so that a SignConfig is selected where in total the most Roadusers are waiting.
GenNeuralTLC DOCUMENT ME!
LocalHillTLC This controller will decide it's Q values for the traffic lights according to the traffic situation on / the lane connected to the TrafficLight.
LongestQueueTLC This controller will switch TrafficLights so that the Trafficlight with the longest queue of waiting Roadusers will get set to green.
MostCarsTLC This controller will switch TrafficLights so that a SignConfig is selected so that the most Roadusers can cross the Node.
PosMov DOCUMENT ME!
RandomTLC This controller will switch TrafficLights at random.
RelativeLongestQueueTLC This controller will switch TrafficLights so that the Trafficlight which relatively seen has the most Roadusers waiting will be green.
RLD2TLC Red Light District 2 TLC...
RLDTLC Red Light District TLC...
SignController This is the class for the sign controller.
SL1TLC This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
SL2TLC This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
SL3TLC This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
SL4TLC This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
SL5TLC This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
SL6TLC This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC1B1 This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC1TLCDestless This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC1TLCFix This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC1TLCOpt This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC2B1 This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC2Final This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC2TLCDestless This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC2TLCOpt This controller will decide it's Q values for the traffic lights according to the traffic situation on the lane connected to the TrafficLight.
TC3B1 This algorithm works like TC1 with extra functionality.
TC3Opt This algorithm works like TC1 with extra functionality.
TC3TLCWorkInProgress This algorithm works like TC1 with extra functionality.
TLCFactory DOCUMENT ME!
TLController This is the abstract class for Traffic light algorithms.
TLDecision This class holds a tuple of a TrafficLight and a float value to represent the reward (Q) for the TrafficLight to be kept.