OFDM modulation; biological tissues; biomedical transducers; biomedical ultrasonics; data acquisition; image denoising; image resolution; medical image processing; phantoms; ultrasonic imaging; ultrasonic transducers; OFDM-PBT; SNR; axial resolution; data acquisition rate; improved penetration depth; multifocus tissue harmonic imaging; orthogonal frequency division multiplexing; parallel transmit beamforming; penetration depth; signal-noise ratio; standard B-mode imaging; tissue mimicking phantom; transducer bandwidth; ultrasound tissue harmonic imaging; Harmonic analysis; Image resolution; Imaging; OFDM; Signal to noise ratio; Standards; Ultrasonic imaging;
机译:通过正交频分复用通过并行发送波束成形获得的体内和体外组织谐波图像[对应]
机译:正交频分复用并行发射波束成形应用于谐波成像的可行性研究
机译:利用正交频分复用可实现的分辨率和波束间干扰实现并行发射波束成形
机译:通过正交频分复用并行发射波束成形获得的多聚焦组织谐波图像
机译:离散小波变换作为预编码器的2x1空频正交频分复用性能。
机译:基于正交频分复用的认知放大和中继网络的联合资源优化
机译:在体外和体内组织谐波图像,通过正交频分复用(对应)并行发射波束形成。