Embedded Systems SoC, IoT, AI and Real Time Systems

By:

Kamal Raj

Material type: Text

TextPublication details: Chennai McGraw Hill Education 2024Edition: 4th edDescription: 568pISBN:

9789353168025

Subject(s):

DDC classification:

006.22 KAM/E

Contents:

1 Introduction to Embedded Systems: Hardware and Software Concepts 2 System-on-Chip, NoC, Embedded Hardware Modelling and Design 3 8051, AVR ATmega, MSP 430 and ARM Microcontrollers 4 Sensors, A/D–D/A Converters, Actuators and Interfacing 5 IoT – System Architecture and Design 6 Embedded AI – System Architecture and Design 7 Real-Time Operating System and Real-Time Task Scheduling 8 Features of Real-Time Operating Systems, Device Drivers and Interrupt Service Mechanisms 9 UNIX-Based Real-Time Operating Systems, POSIX-RT and VxWorks 10 Processes and Operating System Functions Based Design 11 Programming Using RTOS MicroC/OS II, and OSEK Standard 12 Embedded Application Development: Program Modelling Concepts 13 Hardware/Software Co-design 14 Design Examples and Case Studies of Program Modelling and Programming with RTOS

Tags from this library: No tags from this library for this title. Log in to add tags.

Average rating: 0.0 (0 votes)

Holdings
Item type	Current library	Call number	Copy number	Status	Date due	Barcode
Reference	IIIT Kottayam Central Library Reference	006.22 KAM/E (Browse shelf(Opens below))		Not For Loan		2459
Books	IIIT Kottayam Central Library General Stacks	006.22 KAM/E;1 (Browse shelf(Opens below))	1	Checked out to ALAVALAPATI MONISH (2022BEC0016)	20/02/2025	2460
Books	IIIT Kottayam Central Library General Stacks	006.22 KAM/E;2 (Browse shelf(Opens below))	2	Available		2461

Total holds: 0

1 Introduction to Embedded Systems: Hardware and Software Concepts
2 System-on-Chip, NoC, Embedded Hardware Modelling and Design
3 8051, AVR ATmega, MSP 430 and ARM Microcontrollers
4 Sensors, A/D–D/A Converters, Actuators and Interfacing
5 IoT – System Architecture and Design
6 Embedded AI – System Architecture and Design
7 Real-Time Operating System and Real-Time Task Scheduling
8 Features of Real-Time Operating Systems, Device Drivers and Interrupt Service Mechanisms
9 UNIX-Based Real-Time Operating Systems, POSIX-RT and VxWorks
10 Processes and Operating System Functions Based Design
11 Programming Using RTOS MicroC/OS II, and OSEK Standard
12 Embedded Application Development: Program Modelling Concepts
13 Hardware/Software Co-design
14 Design Examples and Case Studies of Program Modelling and Programming with RTOS

There are no comments on this title.

to post a comment.