Kocjan, T.

signal difference method x i m sample error reduction pressure voltage sampling urodynamic percentage reduction ratio integer point pressure signals point projection ratio slope point projection method function urodynamic signals fan method projection adaptive sampling emg signals flow rate signals difference methods percentage result technique sampling rate compression flow signals computer memory fan methods storage error level reduction ratio change adaptive computer algorithm b e h error bars study urodynamic signal compression e m g difference method 0.025 ml /s i t h interval uroflow number relation order analysis application surface procedure value telephone lines memory mrximum flow rate urodynamic center 65 pressure processing integer units 3 a-c level fan algorithm rbsolute uroflow data n l t mrximum rbsolute difference reduction ratio interval p r e store urodynamic signals urodynamic data compression n t h