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Architecting High-Performance Embedded Systems

You're reading from   Architecting High-Performance Embedded Systems Design and build high-performance real-time digital systems based on FPGAs and custom circuits

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Product type Paperback
Published in Feb 2021
Publisher Packt
ISBN-13 9781789955965
Length 376 pages
Edition 1st Edition
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Author (1):
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Jim Ledin Jim Ledin
Author Profile Icon Jim Ledin
Jim Ledin
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Table of Contents (15) Chapters Close

Preface 1. Section 1: Fundamentals of High-Performance Embedded Systems
2. Chapter 1: Architecting High-Performance Embedded Systems FREE CHAPTER 3. Chapter 2: Sensing the World 4. Chapter 3: Operating in Real Time 5. Section 2: Designing and Constructing High-Performance Embedded Systems
6. Chapter 4: Developing Your First FPGA Program 7. Chapter 5: Implementing systems with FPGAs 8. Chapter 6: Designing Circuits with KiCad 9. Chapter 7: Building High-Performance Digital Circuits 10. Section 3: Implementing and Testing Real-Time Firmware
11. Chapter 8: Bringing Up the Board for the First Time 12. Chapter 9: The Firmware Development Process 13. Chapter 10: Testing and Debugging the Embedded System 14. Other Books You May Enjoy

Introducing passive, active, and smart sensors

As we discussed in Chapter 1, Architecting High-Performance Embedded Systems, the basic sequence of processing in a simple embedded system consists of reading inputs, computing outputs, writing outputs, and waiting until either it is time to start the next processing loop or the next triggering event occurs. This chapter will look in more depth at the first of these steps: reading inputs. The inputs used by a particular system depend, obviously, on what the system does. In embedded systems, the inputs generally consist of commands entered by a user, commands received from other sources such as a network server controlling the system, and sensor measurements. Our focus here is on inputs collected using sensors.

In the context of embedded systems, a sensor is an electrical or electronic component that is sensitive to some property of its environment and produces an output corresponding to the measured property. To make this abstract description...

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