Title: 
 Code-Assisted Assessment of Electronic-Steering Array:  a natural result of life-long learning

Abstract:
The physics-based analog RF IC designs, furtherly revolutionized by AI-driven electromagnetic-aware methodology have increasingly gained popularity among both academia and industry. This talk will discuss some pitfalls of the design methodology and optimization when using these softwares commercially available. A few examples of coding array pattern (gain) synthesis, passive block, linear and nonlinear amplifiers, all based on basic understanding of physics and the underlying operational principles of the RF building blocks available from textbooks and papers. The aim of these examples, when assembled, is to make a fast and accurate-enough assessment of the behavior of a large electronic-steering array, which usually count for hundreds, if not thousands for the emerging civilian applications. Lastly, the emphasis on the relevant life-long learning of applied electromagnetics will be addressed, revealing the regenerating experience of learning through ages, rendering the hope of clean and robust development of the array.

Speakers:
C.-K Clive Tzuang
emeritus professor, National Taiwan University
life fellow, IEEE
member, IEEE Taipei-Section Life Member Affinity Group (LMAG)

Co-sponsor , IEEE Taipei-Section Life Member Affinity Group (LMAG)