Altering Biomechanical Alignment Using Sound Wave Technology from the EPIC Technique Spinal Procedure

Alignment signal extraction of the optically degenerate RSE interferometer using the wave front sensing technique

The alignment sensing and control scheme of the resonant sideband extraction interferometer is still an unsettled issue for the next-generation gravitational wave antennas. The issue is that it is difficult to extract separate error signals for all 12 angular degrees of freedom, which is mainly arising from the complexity of the optical system and cavity “degeneracy”. We have suggested a new se...

Formulating LLE using alignment technique

LLE is a well-known method to nonlinear dimensionality reduction. In this short paper, we present an alternative way to formulate LLE. The alignment technique is exploited to align the local coordinates on the local patches of manifolds to be the global ones. The efficient computation of embedding coordinates of LLE automatically appears in the proposed framework. 2006 Pattern Recognition Socie...

Procedure Boundary Elimination for EPIC Compilers

Procedures are the basic units of compilation in traditional optimization frameworks. This presents problems to compilers targeting EPIC architectures, since the limited scope of a single procedure is usually insufficient for extracting ILP and identifying enough optimization opportunities. Although inlining can expand the scope of optimization routines, it is not applicable to all call sites a...

Reduction of heart sound interference from lung sound signals using empirical mode decomposition technique.

During the recording time of lung sound (LS) signals from the chest wall of a subject, there is always heart sound (HS) signal interfering with it. This obscures the features of lung sound signals and creates confusion on pathological states, if any, of the lungs. A novel method based on empirical mode decomposition (EMD) technique is proposed in this paper for reducing the undesired heart soun...

Biomechanical Responses to Experimental open Spinal Cord Injury