RASCL rapidly processes raw signal pulses for signal discrimination and target identification. It works for a broad range of sensors - radar, ladar, sonar, acoustic, seismic, EKG, EEG, etc. RASCL is almost five times faster than traditional fast Fourier transforms (FFTs)
 

How RASCL Works

• RASCL computes multiple statistics from a signal waveform and extracts statistical signal processing (SSP) parameters. Every signal has a unique SSP feature set
• Plotting SSP parameters against one another separates (discriminates among) the signals and facilitates target identification
• Neural nets, genetic algorithms or other predictive techniques can operate directly on the SSP feature set to enhance performance

RASCL H/W-S/W Configuration - PC-based under Windows O/S, written in Visual Basic

Proven Performance - RASCL was developed under IR&D and is used in CACI MTL's TWIST and ARTEMIS tools to support AFRL, NRO, NIMA and Army CECOM

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