The following examples clarify the notation and formulation described in the preceding sections. The first example illustrates a deterministic, finite-state, finite-action, finite-horizon problem; the second a deterministic, infinite-state, infinite-action, finite-horizon problem; and the third a stocha...
Carnegie Mellon Universitymryskina@cs.cmu.edu hovy@cmu.edutberg@eng.ucsd.edu mgormley@cs.cmu.eduAbstractTraditionally, character-level transductionproblems have been solved with f inite-statemodels designed to encode structural andlinguistic knowledge of the underlying pro-cess, whereas recent approaches...
The automata required to implement even the simplest examples are large and involve considerable subtlety for their construction. To view them from the perspective of states and transitions is much like predicting weather patterns by studying the movements of atoms and molecules or inverting a matrix ...
Fig. 1. Examples of FDTD simulation results. (A) Modal transmission for the mode transformer from Davanco et al. (2017), illustrated in Fig. 20C. (B) Fraction β of the total power emitted by a dipole in the hybrid WG of Fig. 20A, coupled into the fundamental TE mode for the hybr...
Take a look at the typed-terms.cpp in the examples, it uses this feature to create a simple calculator, but instead of the runtime switch statement on the char value like in the simple-expr-parser.cpp, the functor object has an overload for each arithmetic operator....
Data from experimental conditions where the sphere material is low carbon steel and the initial collision velocity is 2.3 m/s are used as examples. The trends of the JGM model, the Zener model, and the improved JGM model are compared and analyzed for different ratios of sphere diameter to ...
is used in nearly all of today’s very large vehicles. Heavy vehicles operated in situations that require very large bursts of power especially need energy dense fuel. Examples include semi-trailer trucks, buses that drive up steep hills, airplanes that need bursts of power to ...
The ODEs are solved in 8276 s for the model with drier and in 9301 s for the model without drier. The outcome of the simulation is the evolution of the concentrations of all species over the drying time. By aggregating these data according to the functional groups, we obtain the ...
Calculation of the capacity can be a difficult task requiring a computer, but the important case of an additive Gaussian noise channel subject to an average power constraint can be solved analytically. The channel output, Y, is given by Y = X + Z where X is the channel input and Z is ...
a problem with finite state machines is defining the sequence of states and the accompanying actions to be accomplished with each state. Conventional implementations of finite state machines result in program code sets which are extensive and complex. This problem has been solved by the "System and...