The High Altitude Student Platform (HASP) was originally conceived to provide student groups with access to the near-space environment for flight durations and experiment capabilities intermediate between what is possible with small sounding balloons and low Earth orbit rocket launches.
Numerical experiments demonstrate capability to evaluate the scattered field with hundreds of wavelengths.
Primary experiments demonstrate capability of the designed architecture to achieve performance values up to 210 Gflops for attempted applications.
Through numerical experiments, the capability and efficiency of this collocation technique for static and vibration problems are demonstrated, and the numerical accuracy and convergence are thoughtfully examined.
Through numerical experiments, the capability and efficiency of this technique, based on the strong formulation of the problem equations, are demonstrated.
Through numerical experiments, the capability and efficiency of the radial basis functions pseudospectral method for eigenvalue problems are demonstrated, and the numerical accuracy and convergence are examined.
Through synthetic simulation experiments, the capability of ET-DA for obtaining accurate, continuous time series of ETa estimates and achieving assimilation feedback on soil moisture and streamflow was examined.
Among them, one is reproducibility, the other is that an experiment should be treated as a test of a model or theory, and the third is the experiment's capability to produce new data serving to test a given theoretical model.
Machines are man-made systems, but in order to understand what they are able to do, it is vital to run experiments: their capabilities must be discovered.
By intentionally setting inaccurate precipitation with open loop and EnKF scenarios in a synthetic experiment, the capability of surface soil moisture assimilation to compensate for the precipitation errors were examined.
The use of penetrating probes of the earliest stages of the collision, combined with a program of hadron measurements, gives the experiment the capability to address observables sensitive to all stages of a heavy ion collision.
