In this review we describe the basic principles of operation of linear electrode arrays for the
detection of surface EMG signals, together with their most relevant current applications. A …

The review focuses on the methods currently available for estimating muscle fibre
conduction velocity (CV) from surface electromyographic (EMG) signals. The basic concepts …

This work addresses the problem of estimating the conduction velocity (CV) of single motor
unit (MU) action potentials from surface EMG signals detected with linear electrode arrays …

This letter introduces a new insight into the Woody's method, a well-known time delay
estimator. Firstly, we show that this classical technique used to analyze a variable latency …

The time delay estimation problem associated with an ensemble of misaligned, repetitive
signals is revisited. Each observed signal is assumed to be composed of an unknown …

This paper proposes a method for estimating multiple input delays in systems described by
discrete-time state-space models. The proposed method is based on the minimization of a …

Dans ces travaux, nous nous intéressons à l'estimation et l'étude des intervalles cardiaques.
L'objectif principal de cette thèse est donc de développer de nouveaux outils d'estimation de …

The speed with which an action potential (AP), or excitatory impulse, travels along the
membrane of a skeletal muscle fiber is known as its conduction velocity (CV). Muscle fiber …

The muscle fiber conduction velocity (CV) is usually used as a muscle fatigue indicator. The
CV evaluation can indirectly be performed by estimating the time delay between surface …

An overview of the common methods for processing surface electromyographic (EMG)
signals is provided. The extraction of information from the surface EMG is based on the …