Ultrasound detection is a potent tool for the clinical diagnosis of various diseases due to its
real-time, convenient, and noninvasive qualities. Yet, existing ultrasound beamforming and …

Plane-wave ultrasound imaging has ultra-fast temporal resolution and can image at frame
rates exceeding 1 kHz, enabling breakthrough technologies like shear wave elastography …

In this paper, we examine the supervisory control problem for cyber-physical systems
vulnerable to actuator jamming attacks, which cause control command loss during …

医学超声作为一种无创, 无辐射和实时医学成像模态, 在重大疾病早期诊断和精准诊疗领域发挥
重要作用. 影像分辨率是超声仪器的核心指标, 也是影响临床精准诊疗的关键. 近年来 …

This paper addresses the increasingly critical issue of environmental optimization in the
context of rapid economic development, with a focus on wind farm layout optimization. As …

Radio frequency (RF) data contain richer information compared to other data types, such as
envelope or B-mode, and employing RF data for training deep neural networks has attracted …

The Snow Ablation Optimizer (SAO) algorithm represents a new intelligent search method
founded on the sublimation and melting phenomena of snow. It incorporates a dual …

Achieving images of the internal parts of the human body without any invasive operations
has been realized by using the ultrasound imaging technique. In the last 50 years …

Differential evolution (DE) is a long-standing methodology for resolving intricate optimization
concerns. LSHADE is an effective variation of DE. It has been successful in numerous …

This chapter, as the last chapter of the book, presents the ongoing research areas in
ultrasound beamforming. It deals with the application of ultrasound imaging in point target …