forward simulation 
With the experimental study on forward simulation of anomalies given by the superposition of six objects and measured data in Songliao plain, Northeast China, the shape, size and depth of the buried objects were estimated in the study.


Finite difference time domain method forward simulation of complex geoelectricity ground penetrating radar model


The ground penetrating radar (GPR) forward simulation all aims at the singular and regular models, such as sandwich model, round cavity, square cavity, and so on, which are comparably simple.


The Mur super absorbed boundary condition is adopted to solve the super strong reflection on the interceptive boundary when there is the forward simulation.


And a selfmade program is used to process forward simulation to two typical geoelectricity model.


The AVO attribute crossplots obtained from seismic sections with the forward simulation by means of staggeredgrid finitedifference were compared with that of theoretic models.


Inertia, damping and stiffness were estimated from the torque and angle deviation signal using a forward simulation and optimization routine.


The forward simulation software system MUFTEUG uses recent discretization techniques and fast solvers.


POD is a model reduction technique to generate loworder models using 'snapshots' from a forward simulation with the original highorder model.


We used an adjointbased optimal control methodology that requires multiple passes of forward simulation of the reservoir model and backward simulation of an adjoint system of equations.


It uses seismic ray tracing for forward simulation, timetodepth mapping, and nonlinear traveltime inversion.


Based on this minimum interface, it is possible to perform a simple forward simulation.


Denote tf and tc as the CPU times for a single finescale and coarsescale forward simulation.


Each dot represents one forward simulation of the groundwater model.


Evaluation of the objective function requires a forward simulation of the dynamic model, often subject to complex applied forces and constraints.


In order to handle both discrete and continuous decisions, we instead use forward simulation.


In the context of the sequential design this strategy is referred to as forward simulation.


The computational time required for one Madaline iteration was observed to be approximately twice that of one forward simulation by ANNSiS.


The forward simulation of velocity waveforms are examined by comparing actual observed waveforms.


The evolution of the state is taken into account by a forward simulation of the control system over the last sampling interval.

