In this work, an accelerated image reconstruction method in FMT using principal components analysis (PCA) is presented to reduce the dimension of the inverse problem.
A new method is presented to generate reduced order models (ROMs) in Fluid Dynamics problems.
A method is presented for reducing the vibration amplitudes of the coincident structural resonances, by using a coincidence damper.
A method is presented for significantly reducing the interfacial contact resistance of single-walled carbon nanotube (SWCNT) interconnects test-structures.
Enhancements to the method are presented focusing on reducing the pixel size and improving post-processing techniques for increased accuracy.
"Proposed method", the proposed method is presented.
In Section 2 our method is presented.
In [16], a scheduling method was presented for reducing macro-femto interference, and in [17, 18] beamforming and scheduling were combined for inter-femtocell interference mitigation purposes.
Three numerical examples are presented to show the effectiveness and reduced conservatism of the proposed method.
