Hand-out for Internet of Things for students & Working Professionals (W = Week; D= Day) Week & Day. Week 2 : Instructors KSR, AS, GP, PKT

Transcription

1 Hand-out for Internet of Things for students & Working Professionals (W = Week; D= Day) S. No Topic (Theory) Hours Instructor Week & Day Topic (Practical) Instructors Hours Week 1 : Instructors KSR, AS, GP, PKT 1. Create awareness on the Skill development programme Course and Introduction to MSP KSR W1 D1 Career progression; Course Programmer s Perspective (Theory) KSR assessment and interaction 2. IOT: An Overview Design Principles for connected Devices Various applications/ smart objects Major Players/Industry Standards Introduction to MSP 43 Programmer s Perspective, IoT Architecture Node Structure: Sensing, Processing, Communication, Powering Networking: Topologies, Layer/Stack architecture Internet Principles IP Addressing and sub netting TCP and UDP Protocols Wireless LAN: Introduction to WLAN 7.5 KSR/AS 6. AS W1 D1 W1-D2 W1-D3 W1 D4 W1-D5 Week 2 : Instructors KSR, AS, GP, PKT Introduction MSP 43 Programming environment IAR tool and programming the MSP 43 GP/PKT 9. GP/PKT 6.

2 IoT Prototypes IoT Communication Protocols IoT Layers IoT Platforms WSN with WLAN and Server, WSN and BLE with Server and WSN /BLE4. with GSM Server Brief introduction to HW and SW tools (MSP43 +CC252 + Raspberry Pi3), (Arduino Mega + GSM sim9 /A6 (GPS and GSM)) and Arduino Mega + GSM sim9 /A6 (GPS and GSM)+ Raspberry Pi3), OS (Debian), IAR; Languages: C, Python, LAMP (Linux, Apache,MySQL and PHP) Basic concepts of Linux Introduction to Apache Web Server, MySQL and PHP Basics PHP Basic Programming MySQL basic commands Working with PHP and MySQL 7 Arduino Platform and programming 3 KSR/AS W2-D1 Interfacing with MSP 43 and CC252 using SPI KSR W2-D2 Porting Z-stack on MSP 43 using IAR KSR W2-D3 6. AS W2-D4 W2-D5 Week 3 : Instructors KSR, AKS, SM, CG AKS W3-D1 Interfacing with MSP 43 and CC252 using SPI (SRP) Establishing Zig bee communication network using MSP43 and CC252 Setting up Apache Web Server, MySQL, PHP and PhpMyadmin (Installation and Configuration) Hands on with MySQL and PHP programming Getting started with Arduino software & Arduino MEGA 256, Programming Arduino MEGA, Arduino Library writing GP/PKT 9. GP/PKT GP/PKT AS/ PKT 8. AKS

3 Embedded System design Interfacing (UART, I2C and SPI, CAN, USB) Embedded System design Interfacing (GPIO-Analog and Digital, ADC and DAC) Sensors Actuators (Motor, Relay etc.) Camera Problem and Solution on IoT system interfaces Introduction to GPS,GPRS, bluetooth and Ethernet port Raspberry Pi Platform and Tools 6. KSR/ AKS KSR /SM KSR W3-D2, D3 W3-D4, D5 W3-D4 Understanding of display interfacing with Arduino TEST-1 Working with serial port ADC basics and analog sensor interfacing LDR, IR sensor and Gas sensors Week 4 : Instructors AKS, GP, KSR, CG 1. AKS/SKB W4-D1 PKT/GP W4-D2 Interfacing Cameras with Raspberry Pi3 GP/AKS W4-D3 Digital sensor interfacing Interfacing DHT11/22, PIR, Ultrasonic sensor, GPRS and bluetooth module Basics of Programming Raspberry pi 3 Establishment of WLAN with Raspberry Pi3 (SRP) Establishment of Camera with Raspberry Pi3 Buzzer interfacing Relay interfacing Servo and stepper motor interfacing AKS - - AKS AKS/SKB 6. MKL/GP/J SP GP/AKS/JS P

4 Discussion on how to develop an application KSR W4-D4 Project Discussions KSR Raspberry Pi3 Camera data transfer using WLAN 1. GP W4-D5 Low WPAN, Zig bee, IEEE Knowledge to establish networking with IoT devices Edge and Gateway Week 5 : Instructors AS, AKS, KSR, CG Raspberry Pi3 Camera data transfer using WLAN GP/AKS 6. 3 KSR/AS W5-D5 Project Discussions KSR/AS Introduction to ESP8266 Wi-Fi module Working with ESP8266 & HTTP Working with ESP8266 & MQTT Configuration issues with Networking Troubleshooting Networks Cloud Computing for IoT Networking with IoT Devices at EDGE and Gateway AKS /GP W5-D1 AS W5-D2 AS W5-D3 Programming ESP8266 as web server and interfacing with Arduino MEGA for web server, Interfacing ESP8266 data with MQTT server and Node-Red application Hands on with* Networking and its troubleshooting How to connect various IoT devices and establish communication among these devices. How to send and receive data on IoT devices at edge, gateway and server levels. AKS /GP AS AS 3 KSR W5 D4 Networking with IoT Devices AS Week 6 : Instructors SKV and KSR,

5 22 System Design: Objectives, Power Management, Protection mechanisms, Data Storage, HMI, Peripheral Interface and Exception Handling. SKV W6-D1 Lab on microcontroller based system testing and validation using a physical parameter. SKV 23 System Design Case Study: Water Quality Measurement System SKV W6-D2 Water Quality measurement using physical water parameters. SKV 24 Environment monitoring using GAS sensors **** W6-D3 Experiment of environment monitoring system using GAS sensors **** 25 Project Work 26 Project Work Partici pants Partici pants W6-D4 Project Work KSR W6-D5 EVALUATION & VALIDICTORY KSR & Others Instructors: KSR = Kota Solomon Raju; GP = Gaurav Purohit; AKS= Anil Kumar Saini; SM = Santosh Kumar Manabala; SKV= Sai Krishna V.; AS= Anil Saini; PKT = Pramod Kumar Tanwar; KK = Kausal Kishore; JSP = J Suriya Prakash; SKB = Satish Kumar Bindal; MKL = Madan Kumar Lakshmanan; CG = Chitra Gautam; SSN = SSN College of Engineering Faculties W = Week; D= Day References: 1. Peter Waher, "Learning Internet of Things, PACKT Publishing, Honbo Zhou, "The Internet of Things in the Cloud A Middle Ware Perspective, CRC Press, 213 Huansheng Ning, "Unit and Ubiquitous Internet of Things", CRC press, 21

6 4. Charles Bell, "Beginning Sensor Networks with Arduino and Raspberry Pi, Apress, Berkely, CA, USA, Warren Gay, "Raspberry Pi Hardware Reference, Apress, Berkely, CA, USA, Julien Bayle, "C Programming for Ardunio", PACKET Publishing, Rick Anderson and Dan Cervo, "Pro Ardunio, Apress, Berkely, CA, USA, Francia dacosta, "Rethinking the Internet of Things A scalable Approach to Connecting Everything, Apress, Berkely, CA, USA, Gaston C. Hillar, "Internet of Things with Python, Packet publishing, Kai Hwang.Geoffery C.Fox.Jack, J.Dongarra, "Distributed and Cloud Computing From Parallel Processing to the Internet of Things, MORGAN KAUPHANN, 212