Handbook on Array Processing and Sensor Networks

INDEX

0–1 Integer programming formulation, 734–736

2 × 2 Space–time diversity waveform design, 213–216

Alamouti coding, 213–214

complementary sequences, 213–214

polarization diversity and radar detection, 215–216

polarization diversity code design, 214–215

2D Ultrasound imaging technology

limitations, 368–372

of current beamforming structure, 368–371

3 × 3 Waveform scheduling, 228–229

3D/4D Experimental system with planar phase array probe, 401–403

3D/4D Ultrasound system technology, See Digital 3D/4D ultrasound imaging array

4 × 4 Space–time diversity waveform design, 217–220

4 × 4 polarization diversity radar detection, 219–220

4 × 4 waveform scheduling, 217–218

perfect reconstruction and separation, conditions for, 218–219

6 × 6 Waveform scheduling, 228–229

Access point selection, 798–799

ACF, See Autocorrelation function (ACF)

Acoustic array processing for speech enhancement, 231–264, See also Speech enhancement, acoustic array processing for

Acoustic beamforming for hearing aid applications, 269–296

Active wireless sensing (AWS), 117

with wideband MIMO transceivers, 156–165

angle–delay matched filtering, 159–160

downlink, 163–165

space–time communication architecture, 157–159

uplink communication, 160–163

Adaptive beamforming, 102–107, 245–246, 270

adaptive noise canceler (ANC), 270

advanced techniques, 106–107

traditional techniques, 104–106

for ultrasound systems, 375–376 ...