Sentence examples for the classical processing from inspiring English sources

The simulated and experimental results show that the classical processing algorithm cannot obtain the correct the velocity estimation because of the mismatched target crossing position.

There are also classical models that can be programmed to recognize 'John loves Mary' without being able to recognize 'Mary loves John,' for this depends on exactly which symbolic rules govern the classical processing.

In addition, the new algorithm extend the operation area, that is to say no matter where is the target crossing position, we can always obtain good estimations of the v and d T, contrary to the classical processing algorithm only works in the operation area around d T /L = 0.5 (crossing near the midpoint).

In the classical processing algorithm proposed in [22], three different assumptions have been made, namely that the target's motion direction is normal to the baseline, the target crosses the baseline at the midpoint, and the motion of the target is uniformly linear without acceleration.

Signal processing on graphs extends signal processing concepts and methodologies from the classical signal processing theory to data indexed by general graphs.

Signal processing on graphs extends the classical signal processing techniques and paradigms to the irregular domain [3 5].

Surprisingly, the classical endogenous processing pathway did not process this MMP-2 epitope.

A deep N-well is used as the charge collecting electrode while a classical processing chain for capacitive detectors is used to shape the charge signal.

Therefore, for both controlling the film properties and tuning the MOCVD reactor and the processing conditions, surface reactivity must be considered, in addition to the classical macroscopic processing parameters.

These archaeosomes mediate MHC class I cross-priming via the phagosome-to-cytosol TAP-dependent classical processing pathway, and also upregulate costimulation by APCs without overt inflammatory cytokine production.

Quantum information processing employs superposition, entanglement, and probabilistic measurement to encode and manipulate information in very different ways from the classical information processing underlying current electronic technology.