Kazem Bakian-dogaheh

Title: Kazem Bakian-dogaheh and Microwave Imaging Innovation.

Introduction

Kazem Bakian-dogaheh is an inventor based in Los Angeles, California, and is associated with the University of Southern California. His patent work concerns a prototype microwave imaging system designed for medical imaging research.

Latest Patents

The provided information identifies one patent for Bakian-dogaheh: Multi-frequency microwave imaging system prototype for medical imaging. The invention describes a microwave imaging system that reconstructs three-dimensional complex dielectric images of phantom models. Its imaging cavity uses a newly compounded emulsion intended to provide stable, controllable dielectric contrast between the background and targets. A tapered patch antenna array supports operation across multiple frequencies, while the enhanced variational Born iterative method with bounding constraints serves as the inverse solver.

The system was evaluated using single, double, and multiple spherical targets. These phantom models contained different water–isopropyl alcohol mixtures and were placed either directly in the background emulsion or within another mixture submerged in the emulsion. The reported patent count is 1 patent.

Career Highlights

Bakian-dogaheh’s listed work connects medical imaging research with microwave engineering and computational image reconstruction. The prototype’s combination of multi-frequency measurements, controlled dielectric environments, and an iterative inverse-solving method is intended to support evaluation of three-dimensional imaging performance.

Collaborations

Yuan Fang is identified as a coworker associated with this work. The project is also connected with the University of Southern California.

Conclusion

Kazem Bakian-dogaheh’s identified patent presents a multi-frequency microwave imaging prototype and an experimental approach for assessing its medical imaging capabilities.