The study of intracranial pressure evolution can be considered as an important step of measurement of compliance of a human brain in which the intracranial pressure estimation and prediction plays and important role. In this paper, we propose dynamical reconstruction of intracranial pressure signals (time series sampled by using experimental data with fiber-optic catheter) in order to treat correspondence with pathological events. In particular, by means of non linear analysis of time series based on the concept of deterministic chaos and recurrent plots, we have beeen exploited for characterizing the correspondance.
Dynamical Reconstruction for Treating Correspondance between Pathological Event and Intracrnial Pressure Based on Experimental Measurements Fiber-Optic Catheter / Calcagno, Salvatore; Costantino, D.; Morabito, F. C.; Tuscano, C.; Versaci, Mario. - (2005). (Intervento presentato al convegno IASTED International Conference on Applied Simulation and Modeling tenutosi a Benalmadena (SPAIN) nel June 2005).
Dynamical Reconstruction for Treating Correspondance between Pathological Event and Intracrnial Pressure Based on Experimental Measurements Fiber-Optic Catheter
CALCAGNO, SALVATORE;F. C. MORABITO;VERSACI, Mario
2005-01-01
Abstract
The study of intracranial pressure evolution can be considered as an important step of measurement of compliance of a human brain in which the intracranial pressure estimation and prediction plays and important role. In this paper, we propose dynamical reconstruction of intracranial pressure signals (time series sampled by using experimental data with fiber-optic catheter) in order to treat correspondence with pathological events. In particular, by means of non linear analysis of time series based on the concept of deterministic chaos and recurrent plots, we have beeen exploited for characterizing the correspondance.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
