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"Computer Engineering," authored by Fouad Sabry, is an indispensable guide within the "Robotics Science" series, delving into the fascinating intersection of technology, electronics, and computing. Whether you're a professional, an undergraduate or graduate student, or an enthusiastic hobbyist, this book provides a comprehensive understanding of key principles driving the world of robotics. By exploring the fundamentals of computer engineering and its realworld applications, readers gain the knowledge to excel in various domains of robotics and technology.
Chapters Brief Overview:
1: Computer engineering: A look into the broad scope of computer engineering and its integral role in robotics development.
2: Computing: Understanding computing fundamentals and their application in creating robotic systems.
3: Electrical engineering: Delves into the electrical principles that form the foundation of robotics hardware.
4: Electronics: Explores electronics' vital role in developing and operating robotic devices.
5: Integrated circuit: Covers how integrated circuits are pivotal in building efficient robotic systems.
6: Programmer: The role of programmers in coding and controlling robotic behavior through software.
7: Software engineering: Focuses on the processes and methodologies involved in software development for robotics.
8: Digital electronics: Examines digital electronics, which power and enhance modern robotic functionality.
9: History of computing: Provides an essential historical context for the rapid evolution of computing technologies in robotics.
10: Logic family: Discusses different logic families used in robotic control systems and their impact on performance.
11: Mixedsignal integrated circuit: Introduces the importance of mixedsignal ICs in bridging the digital and analog worlds in robotics.
12: Floatinggate MOSFET: Highlights the significance of floatinggate MOSFETs in robotic circuits and their advanced functionality.
13: Electrical engineering technology: Investigates how electrical engineering technologies shape the development of robotic systems.
14: History of the transistor: Chronicles the invention and evolution of transistors, the core element in robotics hardware.
15: Drafter: Focuses on the importance of drafters in the design phase of robotic systems and components.
16: Automotive electronics: Connects automotive electronics to robotics in selfdriving cars and autonomous systems.
17: Electronic engineering: Explores the principles of electronic engineering that power complex robotic systems.
18: Electronics technician: Looks at the role of electronics technicians in maintaining and repairing robotic devices.
19: Electromechanics: Investigates the integration of mechanical and electrical engineering in robotics applications.
20: History of electronic engineering: Chronicles the history of electronics engineering and its pivotal role in robotics.
21: Mohamed M. Atalla: Pays tribute to Mohamed M. Atalla, a key figure whose work in semiconductor technology influenced modern robotics.
"Computer Engineering" offers valuable insights into the rapidly evolving world of robotics, making it a mustread for those keen on understanding the technical foundations that drive robotic systems. Whether you're aspiring to enter the field or enhance your expertise, this book presents essential knowledge that will broaden your perspective and spark innovation.
