Description
This book is also a valuable reference for anyone who is involved in the design, development, or operation of imaging systems. It provides a detailed understanding of the factors that affect the performance of imaging systems, and it offers practical guidance on how to improve the performance of these systems.
The book is divided into 10 chapters, each of which covers a different aspect of the performance of imaging systems. The first chapter provides an overview of the fundamentals of imaging systems, including the basic concepts of image formation, resolution, and sensitivity. The second chapter discusses the optical systems used in imaging systems, including the different types of lenses and mirrors, and the aberrations that can affect the performance of optical systems.
The third chapter covers the detectors used in imaging systems, including the different types of detectors, the characteristics of detectors, and the noise and performance of detectors. The fourth chapter covers the electronics used in imaging systems, including the different types of signal conditioning and amplification circuits, analog-to-digital converters, and digital signal processing techniques. The fifth chapter covers the displays used in imaging systems, including the different types of displays, the characteristics of displays, and the human factors that affect the performance of displays.
The sixth chapter covers the atmospheric effects that can degrade the performance of imaging systems, including the effects of scattering, absorption, and turbulence. The seventh chapter covers the target characterization techniques used to characterize the targets of imaging systems, including the different types of target signatures and models, and the techniques for target detection, classification, tracking, and identification.
The eighth chapter covers the system performance analysis techniques used to evaluate the performance of imaging systems, including the different types of performance measures, and the techniques for system simulation and modeling. The ninth chapter covers the applications of imaging systems, including the different types of applications, and the requirements for imaging systems in different applications. The tenth chapter covers the emerging technologies that are expected to impact the future of imaging systems, including the different types of advanced imaging sensors, computational imaging techniques, artificial intelligence for imaging, and quantum imaging.
**Imaging Systems Performance Unmasked** is an essential resource for anyone who is interested in the performance of imaging systems. It is also a valuable reference for anyone who is involved in the design, development, or operation of imaging systems.
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Language : English
Dimensions : 6 x 9 inches
Pages : 176 pages
Pasquale De Marco stands as a prolific author whose literary prowess knows no bounds. With a passion for storytelling that transcends genres, he has made a name for himself as a versatile writer with the extraordinary ability to captivate readers across diverse literary landscapes. His journey as an author is marked by an insatiable curiosity, a love for the written word, and a relentless commitment to sharing knowledge and experiences with the world.
Pasquale De Marco collaborates with a dedicated team of ghostreaders who assist him in evaluating and editing the manuscripts. His collaborators are not only skilled professionals but also avid readers who purchase and read books as a personal hobby. This unique blend of creativity allows Pasquale to push the boundaries of traditional publishing, making literature more accessible and diverse.






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