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Parker Garcia
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Embedded and Real Time Systems book by kvkk prasad Pdf Free Download - Bookslock



Embedded / Real-Time Systems Programming Black Book: A Comprehensive Guide by Dr. K.V.K.K. Prasad




Embedded and real-time systems are specialized computer systems that perform dedicated functions within larger systems or devices. They have strict requirements on performance, reliability, efficiency, and responsiveness. Embedded and real-time systems are widely used in various domains such as automotive, aerospace, industrial automation, telecommunications, medical devices, consumer electronics, robotics, etc.




Embedded Real Time Systems Black Book Dr.k.v.k.k. Prasad


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Developing embedded and real-time systems is a challenging task that requires a solid understanding of the concepts, design principles, programming techniques, hardware platforms, communication interfaces, operating systems, debugging tools, etc. This article will introduce you to a comprehensive book that covers all these aspects of embedded and real-time systems programming: Embedded / Real-Time Systems Programming Black Book by Dr. K.V.K.K. Prasad.


Embedded / Real-Time Systems Programming Black Book by Dr. K.V.K.K. Prasad




Embedded / Real-Time Systems Programming Black Book is a book written by Dr. K.V.K.K. Prasad, a professor of computer science and engineering at Jawaharlal Nehru Technological University in Hyderabad, India. He has over 25 years of experience in teaching, research, and consultancy in the fields of computer networks, distributed systems, operating systems, software engineering, etc.


The book was published by Dreamtech Press in 2003. It comprehensively covers the three main areas of embedded and real-time systems programming: concepts, design, and programming. The book also provides information on the applications of embedded and real-time systems in various domains such as navigation systems, protocol converters, embedded databases, mobile Java applications, etc. The book is accompanied by a CD-ROM that contains source code, examples, exercises, and other useful resources.


The book is intended for students, professionals, and enthusiasts who want to learn about embedded and real-time systems programming. The book assumes that the readers have some basic knowledge of computer architecture, operating systems, data structures, and programming languages. The book is organized into 19 chapters and 4 appendices. The following sections will give you an overview of the main topics covered in the book.


Concepts of Embedded / Real-Time Systems




The first four chapters of the book introduce the basic concepts of embedded and real-time systems. The topics include:



  • What are embedded and real-time systems and what are their characteristics and classifications?



  • What are the hardware and software components of embedded and real-time systems and how do they interact with each other?



  • What are the design and development processes of embedded and real-time systems and what are the steps and tools involved?



The book explains these concepts with clear definitions, diagrams, examples, and comparisons. The book also discusses the advantages and disadvantages of embedded and real-time systems, the challenges and requirements of developing them, and the trade-offs and criteria for evaluating them.


Hardware Platforms for Embedded / Real-Time Systems




The next three chapters of the book focus on the hardware platforms for embedded and real-time systems. The topics include:



  • What are the different types of hardware platforms for embedded and real-time systems such as microcontrollers, microprocessors, digital signal processors, field-programmable gate arrays, etc.?



  • What are the advantages and disadvantages of each type of hardware platform in terms of performance, cost, power consumption, flexibility, etc.?



  • How to choose the right hardware platform for a specific application based on the functional and non-functional requirements?



The book provides detailed information on various hardware platforms such as Intel 8051, AVR, ARM, etc. The book also explains how to use these hardware platforms for developing embedded and real-time systems applications such as LED blinking, LCD display, keypad interfacing, serial communication, etc.


Communication Interfaces for Embedded / Real-Time Systems




The next two chapters of the book deal with the communication interfaces for embedded and real-time systems. The topics include:



  • What are the different types of communication interfaces for embedded and real-time systems such as serial ports, parallel ports, USB ports, Ethernet ports, wireless interfaces, etc.?



  • What are the protocols and standards for communication interfaces such as RS-232, RS-485, I2C, SPI, CAN, TCP/IP, Bluetooth, ZigBee, etc.?



  • How to implement communication interfaces for embedded and real-time systems using hardware platforms, operating systems, programming languages, etc.?



The book describes the features and functions of various communication interfaces and how they can be used for data transmission and reception between embedded and real-time systems devices. The book also provides examples of implementing communication interfaces using C programming language.


Embedded / Real-Time Operating Systems




The next four chapters of the book cover the embedded / real-time operating systems. The topics include:



  • What are the characteristics and functions of embedded / real-time operating systems such as task management, memory management, device management, interrupt handling, synchronization mechanisms, scheduling algorithms, etc.?



  • What are the differences between general-purpose operating systems and embedded / real-time operating systems in terms of design goals, features, performance metrics, etc.?



  • What are some examples of embedded / real-time operating systems such as Linux, RTLinux, VxWorks, QNX, etc. and how to use them for developing embedded and real-time systems applications?



The book explains the concepts and principles of embedded / real-time operating systems with diagrams and examples. The book also demonstrates how to use Linux and RTLinux as embedded / real-time operating systems for developing applications such as process creation, termination, communication, synchronization, etc.


Programming for Embedded / Real-Time Systems




The next three chapters of the book focus on the programming for embedded / real-time systems. The topics include:



  • What are the programming languages and tools for embedded / real-time systems such as assembly language, C, C++, Java, etc.?



  • What are the programming techniques and best practices for embedded / real-time systems such as modular design, object-oriented design, event-driven design, exception handling, debugging, testing, etc.?



- debugging tools such as simulators, emulators, monitors, debuggers, etc.?


The book introduces various programming languages and tools for embedded / real-time systems such as assembly language, C, C++, Java, etc. The book also explains how to use these languages and tools for developing embedded / real-time systems applications such as LED blinking, LCD display, keypad interfacing, serial communication, etc. The book also discusses the programming techniques and best practices for embedded / real-time systems such as modular design, object-oriented design, event-driven design, exception handling, debugging, testing, etc. The book also describes various debugging tools and techniques for embedded / real-time systems such as simulators, emulators, monitors, debuggers, etc. The book shows how to use these tools and techniques for finding and fixing errors in embedded / real-time systems programs.


Representative Embedded / Real-Time Systems Applications




The next five chapters of the book present some representative embedded / real-time systems applications in various domains. The topics include:



  • How to design and develop a navigation system using GPS and GIS technologies?



  • How to design and develop a protocol converter using TCP/IP and RS-232 protocols?



  • How to design and develop an embedded database application using SQLite and Java?



  • How to design and develop a mobile Java application using J2ME and MIDP?



  • How to design and develop embedded systems applications using various hardware platforms such as 8051, AVR, ARM, etc.?



The book provides detailed information on the requirements, design principles, implementation methods, testing procedures, and performance evaluation of each application. The book also provides source code, examples, exercises, and other useful resources for each application.


Future Trends of Embedded / Real-Time Systems




The last chapter of the book discusses the future trends of embedded / real-time systems. The topics include:



  • What are the current challenges and opportunities of embedded / real-time systems such as security, reliability, scalability, interoperability, etc.?



- pervasive computing, edge intelligence, reconfigurable computing, etc.?


The book discusses the current challenges and opportunities of embedded / real-time systems such as security, reliability, scalability, interoperability, etc. The book also introduces some emerging technologies and innovations in embedded / real-time systems such as pervasive computing, edge intelligence, reconfigurable computing, etc. The book explains how these technologies can enhance the capabilities and applications of embedded / real-time systems in various domains.


Conclusion




In this article, we have given you an overview of a comprehensive book that covers all the aspects of embedded / real-time systems programming: Embedded / Real-Time Systems Programming Black Book by Dr. K.V.K.K. Prasad. The book provides clear explanations, diagrams, examples, exercises, and other useful resources for learning about the concepts, design principles, programming techniques, hardware platforms, communication interfaces, operating systems, debugging tools, etc. of embedded / real-time systems. The book also presents some representative embedded / real-time systems applications in various domains and discusses the future trends of embedded / real-time systems. The book is a valuable resource for anyone who wants to learn about embedded / real-time systems programming.


FAQs




Here are some frequently asked questions about embedded / real-time systems programming and the book.


What is the difference between embedded systems and real-time systems?




An embedded system is a computer system that performs a dedicated function within a larger system or device. A real-time system is a computer system that must respond to events within a specified time constraint. An embedded system may or may not be a real-time system depending on its application requirements.


What are some examples of embedded / real-time systems?




Some examples of embedded / real-time systems are:



  • Airbag control system in a car



  • Pacemaker in a human body



  • Digital camera



  • Smartphone



  • Industrial robot



  • Flight control system in an airplane



  • Video game console



  • Smart home device



What are the benefits of using Linux and RTLinux as embedded / real-time operating systems?




Linux and RTLinux are popular choices for embedded / real-time operating systems because they offer many benefits such as:



  • Open source and free software



  • Large and active developer community



  • Rich set of features and libraries



  • High portability and compatibility



  • Good performance and reliability



  • Flexible customization and configuration



  • Support for various hardware platforms and communication interfaces



What are some challenges of developing embedded / real-time systems?




Some challenges of developing embedded / real-time systems are:



  • Limited hardware resources such as memory, processing power, battery life, etc.



  • Tight timing constraints and deadlines for responding to events



  • Complex interactions with external devices and environments



  • Diverse application domains and requirements



  • High reliability and safety standards



  • Difficult debugging and testing procedures



  • Rapid changes in technology and market demands



Where can I buy the book Embedded / Real-Time Systems Programming Black Book by Dr. K.V.K.K. Prasad?




You can buy the book online from various websites such as Amazon, Dreamtech Press, Bookslock, etc. You can also find the book in some libraries or bookstores near you.





This is the end of the article. I hope you enjoyed reading it and learned something new about embedded / real-time systems programming. Thank you for your attention! 71b2f0854b


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