Recent Submissions

  • Conduction velocity distribution estimation using the collision technique-Theory and simulation study 

    Sundar, Swarna, Jose A. Gonzalez-Cueto, and Chad S. Gilbert. 2008. "Conduction velocity distribution estimation using the collision technique-Theory and simulation study." Biomedical Signal Processing and Control 3(1): 94-101.
    Current nerve conduction Studies (NCS) are influenced by the activity of the largest active fibers. making it difficult to assess the state of smaller nerve fibers. This study is aimed at alternative diagnostic techniques ...
  • The contribution of motor unit pairs to the correlation functions computed from surface myoelectric signals 

    Gonzalez-Cueto, JA, and Z. Erim. 2005. "The contribution of motor unit pairs to the correlation functions computed from surface myoelectric signals." Ieee Transactions on Biomedical Engineering 52(11): 1846-1850.
    The contribution of motor unit action potential trains (MUAPT) of distinct motor units (MU) to the crosscorrelation function between myoelectric signals (MES) recorded at the skin surface is studied. In specific, the ...
  • Are signals from different motor units correlated? 

    Gonzalez-Cueto, JA. 2003. "Are signals from different motor units correlated?." Proceedings of the 25th Annual International Conference of the Ieee Engineering in Medicine and Biology Society, Vols 1-4: a New Beginning for Human Health 25: 2722-2725.
    A model of the surface motor unit action potential (MUAP) combined with the generation of motor unit (MU) firing statistics are used to study the correlation between MUAP trains from different units corresponding to skin ...
  • Deconvolution Estimation of Motor Unit Conduction Velocity Distribution 

    González-Cueto, José A., and Philip Parker. 2002. "Deconvolution Estimation of Motor Unit Conduction Velocity Distribution." IEEE Transactions on Biomedical Engineering 49(9): 955-962.
    Volume conductor modeling of voluntary muscle response is incorporated into a conduction velocity distribution estimator. The approach utilizes autocorrelation and cross-correlation functions of voluntary myoelectric signals ...