Special Lecture 3. Waveform analysis for electromyographic studies

Automating Seismic Waveform Analysis For Full 3-D Waveform Inversions

Computer Support for Electromyographic Studies

In the paper we report on our results in the EMG-net INCO Copernicus project. We discuss different data representation formats used for collection and management of electromyography (EMG) data. Data representation is described in the context of the proposed multifunctional platform for EMG studies. The platform architecture consists of four layers: data collection, data analysis, learning and e...

Special Lecture

Special Lecture - The Octionions

Forming real vector spaces, we have the linear maps, which preserve the vector space structure L(n; R) = { M : R → R ∣∣M(a~x+ b~y) = aM(~x) + bM(~y) } (1) This is a monoid, not a group, as inverses may not exist. The first group is the general linear group, which preserve dimensionality GL(n; R) = { M ∈ L(n) ∣∣M is invertible } . (2) Further, we have the area preserving maps SL(n; R) = { M ∈ L(...

Electromyographic Studies on Urinary Tract

With 14 patients and 50 adult dogs, and using the recording method of the ureteral EMG referred in our 1st report1), the effects of the two muscular re laxants, succinylcholine chloride (SCC) and d-tubocurarine chloride (d-Tc), on the ureteral smooth muscle were observed. The ureteral EMG and the EMG of the respiratory muscles which belong to the striated muscles were recorded simultane ously. ...