Determine the probabilistic likelihood [0...1] that this sensor generated
this measurement about an object, given the State of this sensor and the
State that object.
Compute the probabilistic likelihood [0..1] that this listener heard the
linear distance measurement from the given beacon object, given the State
of this listener and the State the beacon.
Determine the probabilistic likelihood [0..1] that this Alien sensor
generated this proximity measurement about the object, given the location
of this sensor and the State that object.
Determine the probabilistic likelihood [0..1] that this Alien sensor
generated this proximity measurement about the object, given the location
of this sensor and the State that object.
Determine the probabilistic likelihood [0..1] that this Alien sensor
generated this proximity measurement about the object, given the location
of this sensor and the State that object.
Determine the probabilistic likelihood [0..1] that this Mote generated
this proximity measurement about the object, given the location of this
Mote and the objectState of the sensed Mote.
Determine the probabilistic likelihood [0..1] that this Versus sensor
generated this proximity measurement about the object, given the location
of this sensor and the State that object.
Determine the probabilistic likelihood [0..1] that this Versus sensor
generated this proximity measurement about the object, given the location
of this sensor and the State that object.
Determine the probabilistic likelihood [0..1] that this Alien sensor
generated this proximity measurement about the object, given the location
of this sensor and the State that object.
A LogReaderDriver is an abtract class providing functionality to read
objects from a log and pass them to a handler such as Measurements into a
simulator.