This chapter is focused on the analysis of integrated circuits and systems for wireless transceivers operating at several frequencies (mainly at microwaves and mm-waves) targeting remote sensing applications. Basic concepts of Radar (radio detection and ranging) design for low-power ubiquitous applications are reviewed. A comparison of Radar solutions for remote sensing vs. Lidar and Video Camera solutions is also addressed. Real examples of RF transceivers and baseband signal processing circuits for Radars from scientific literature and from commercial products are also discussed. Applications to remote sensing for maritime, automotive, railway and road-safety fields are also shown.
ICs and VLSI Architectures for mm-wave/RF Wireless Transceivers in IoT Applications (Remote Sensing)
Sergio Saponara
Writing – Review & Editing
2018-01-01
Abstract
This chapter is focused on the analysis of integrated circuits and systems for wireless transceivers operating at several frequencies (mainly at microwaves and mm-waves) targeting remote sensing applications. Basic concepts of Radar (radio detection and ranging) design for low-power ubiquitous applications are reviewed. A comparison of Radar solutions for remote sensing vs. Lidar and Video Camera solutions is also addressed. Real examples of RF transceivers and baseband signal processing circuits for Radars from scientific literature and from commercial products are also discussed. Applications to remote sensing for maritime, automotive, railway and road-safety fields are also shown.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
