Private: BE EXTC SEM 7 – EMBEDDED SYSTEMS (DEPARTMENT ELECTIVE SUBJECT)

Module 1 – Introduction
13 Topics
1.3.d – UML
1.1.a – Definition of Embedded System
1.1.b -Embedded Systems Vs General Computing Systems
1.1.c – Classification
1.1.d – Major Application Areas
1.2.a – Characteristics and Quality Attributes (Design Metric) of Embedded System
1.2.b – Real Time System’s Requirements
1.2.c – Real Time Issues
1.2.d – Interrupt and Latency
1.3.a – DFG
1.2.e – Embedded Product Development Life Cycle
1.3.b – FSM
1.3.c – Petri-net
Module 2 – Processors
7 Topics
2.1.a – Custom Single-Purpose Processors
2.1.b – General-Purpose Processors
2.2.a – Parallel Port Example
2.2.b – Standard Single-Purpose Processors
2.2.c – RISC Architecture
2.2.d -CISC Architecture
2.3.a – GCD Example
Module 3 – Communication
7 Topics
3.1.a – CAN bus
3.1.b – I2C
3.1.c – MOD bus
3.1.d – SPI
3.2.a – Parallel Communication
3.2.b – Serial Communication
3.2.c – Wireless Communication
Module 4 – Real Time Operating Systems[RTOS]
6 Topics
4.1 – Operating System Basics
4.2 – Types of OS
4.3 – Tasks, Process, Threads
4.4 – Multiprocessing and Multitasking
4.5 – Task Scheduling
4.6 – Threads, Process , Scheduling :- Putting them all together
Module 5 – Task & RTOS applications
5 Topics
5.1 – Task Communications
5.2 – Task Synchronization
5.3 – Device Drivers
5.4 – How to choose RTOS
5.5 – Examples of RTOS
Module 6 – Design examples and case studies of program model and programming with RTOS
5 Topics
6.1.a – Introduction to Simple Digital Camera
6.1.b – Requirements and Specifications
6.1.c – Design using Microcontroller and Microcontroller and CCDPP
6.2 – Automatic Chocolate Vending Machine
6.3 – Adaptive Cruise Control in Car
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4.5 – Task Scheduling

Private: BE EXTC SEM 7 – EMBEDDED SYSTEMS (DEPARTMENT ELECTIVE SUBJECT) Module 4 – Real Time Operating Systems[RTOS] 4.5 – Task Scheduling
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