Head Office: KVR Tower, Near Federal Bank, Rajiv Gandhi bypass MANJERI Malappuram dist.,Kerala Branch: Door Number - 46/868A , Cabin Q1, Rainbow Towers ,Chalikavattom, Vennala (Po) 682028
In this course, students can learn practical lessons and techniques used to design, implement, integrate and test software used for advanced embedded systems. The course offers the trainees with detailed description of the life-cycle for designing multi-objective and multi-discipline embedded systems.
Classification of languages – Low level and High-level language C Tokens – Keywords, Identifiers, Constants, Strings, Special Symbols, Operators Data Types- Fundamental data types, Derived data types Input and output functions in C Looping statements- while, do...while, for Decision making- if, if else, switch, conditional statement Array, multi-dimensional array String and String Functions Functions, Classification of functions Pointers.
COMMUNICATION PROTOCOLS
Introduction to PIC microcontroller – PIC18F4580, Architecture Datasheet familiarization Port Controlling Interfacing external devices – LED, Push button, LCD, Keypad & Motor Peripherals – ADC, UART, Timer, PWM, External interrupt.
Introduction to ARM7TDMI-S architecture and LPC2148 Basics for programming Interfacing external devices – LED, Push button, LCD, Keypad & Motor Peripherals – ADC, UART, Timer, PWM, External interrupt, DAC, RTC Motor speed control.
Introduction to RTOS Introduction to FreeRTOS Porting FreeRTOS kernel on LPC2148 ARM based microcontroller Integrating peripheral drivers with FreeRTOS Task Creation Mutex Binary Semaphore Counting Semaphore Queue Interrupts Demo project
Python programming language Basic syntax Variable types Basic operators Decision making Loops, strings, List, Tuple Numbers, Functions, Dictionary Modules, Exceptions, File I/O Classes and objects Regular expressions Standard libraries – date & time, math, random Exercise projects Introduction to Raspberry Pi Hardware setup Installing Raspberry Pi OS LED blinking using GPIO Push button input using GPIO Playing audio Viewing image Writing on image Viewing live camera image Saving a picture using camera Face detection using live video Adding effects to live video Simple flask web server Web server using HTML Reading sensor value through web server Controlling device through web server
Introduction to IOT Introduction to Arduino – Setting up IDE, digital output, digital input, analog input, PWM, serial communication, installing libraries Sensing the Things in IOT – Interfacing sensors with Arduino – Gas, Alcohol, Temperature, Humidity, Pressure, PIR, Accelerometer, Ultrasonic Introduction to Wireless technologies- GSM, GPS, Zigbee, RFID, Bluetooth, LoRa, Wi-Fi (ESP8266) Introduction to IOT Protocols
Sensors
Modules
