Enhanced pulse amplitude estimation for electronic warfare systems - Lee, Yu-Ri; Kim, Dong-Gyu; Kim, Hyoung-Nam (IET radar, sonar & navigation, 2019)
Keywords: amplitude estimation; arrival; blind source separation; computational complexity; denoising techniques; electronic warfare; electronic warfare systems; enhanced pulse amplitude estimation; essential quantities; EW systems; frequency‐modulated signal; image denoising; low computational complexity; mixed source signals; power estimation‐based PA estimation method; pulse width; received signals; Research Article; sample units; signal denoising; signal detection; time domain; time‐of‐arrival estimation; TOA; TOD estimation errors; TOD estimation performance; unmodulated signal; wavelet packet denoising; wavelet transforms; time-of-arrival estimation; time domain; wavelet transforms; arrival; amplitude estimation; PW; sample units; low computational complexity; signal denoising; EW systems; denoising techniques; received signals; TOD estimation errors; mixed source signals; blind source separation; enhanced pulse amplitude estimation; signal detection; wavelet packet denoising; power estimation-based PA estimation method; TOA; frequency-modulated signal; electronic warfare systems; unmodulated signal; essential quantities; pulse width; image denoising; electronic warfare; TOD estimation performance; computational complexity