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![NETWORK
Internetof Things
IR
BLUETOOTH
Wi-Fi
MOBILE NETWORK [2G/3G/4G/5G]
RADIO [ZigBee/Wi-Sense]
1Wire
2Wire
I2C
SOCKET
TCP/IP
6LOWPAN
UDP
MQTT
MEDIUMS
PROTOCOLS](https://image.slidesharecdn.com/niecdelhiiotguestlecture-170130061802/75/NIEC-DELHI-IoT-Guest-Lecture-23-2048.jpg)
Uploaded byHitesh Kumar
NIEC DELHI IoT Guest Lecture
This document provides an overview of the Internet of Things (IoT) presented by Hitesh Kumar, the co-founder and director of enCypher Technologies. Some key points include: - IoT is defined as an ecosystem of internet-connected devices that communicate with each other using protocols to share information and make optimized decisions. - It is estimated that there will be 50 billion connected devices by 2027, forming a $1 trillion industry. - The basic components that make a "thing" part of IoT are identity, sensors, and connectivity. - Example applications discussed include using IoT for early detection of gas leaks and medical emergencies in homes.
In this document
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Introduction to IoT; its definition, related terms, big data connections, and its ecosystem.
IoT's scale with 50 billion connected devices and a $1 trillion industry impact.
Essential qualifications of IoT devices and the 6Ts that define their purpose.
Exploration of IoT solutions for gas leakage and fire hazards using smart technology.
Overview of fundamental components required to create IoT devices.
Detailed exploration of network protocols essential for IoT connectivity.
Different networking options and ranges available for IoT applications.
Various innovative IoT applications in agriculture, health monitoring, and environment.
Closing remarks and contact information from the lecture.
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NIEC DELHI IoT Guest Lecture
- 1. INTERNET OF THINGS CofounderDirector HITESH KUMAR (aka HITESH ROHILLA) GUEST LECTURE 27th January 2017 enCypher Technologies Pvt. Ltd. INNOVATING CHANGES NEW DELHI, INDIA An IoT M2M Product Company enCypher T E C H N O L O G I E S NORTHERN INDIA ENGINEERING COLLEGE INNOVATING CHANGES
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- 3. Internetof Things WHAT YOUKNOW? BIGGEST REVOLUTION AND YET LESS PEOPLE KNOW
- 4. Internetof Things WHAT IoTIS NOT? TECHNOLOGY ? DEVICE ? WSN ? NETWORK ? PROTOCOL ? GUESS IT YOURSELF WIRELESS SENSOR NETWORK
- 5. Internetof Things DEFINITION ITS ANECOSYSTEM OF INTERNET CONNNECTED “THINGS” (or DEVICES) COMMUNICATING WITH EACH OTHER USING ONE OR MORE PROTOCOLS SHARING INFORMATION AND TAKING DECESISONS OR HELPS IN TAKING DECESSION FOR OPTIMUM USE OF RESOURCES. SENSORS + CONNECTIVITY + PEOPLE + PROCESS
- 6. Internetof Things RELATEDTERMS THE NINEBILLION NAMES OF GOD ~ Arther C. Clark INTERNET OF EVERYTHING IIoT M2M INDUSTRIAL INTERNET OF THINGS CONNECTED THINGS MACHINE TO MACHINE SMART DEVICES INTELLIGENT DEVICES SMART COC CONNECTED OVER CLOUD INTERNET OF CONNECTED CARS INTERNET OF COWS AMBIENT INTELLIGENCE
- 7. Internetof Things OTHER CONNECTEDTERMS BIG DATA NN M2M ARTIFICIAL INTELLIGENCE PRECOGNITION NEYRAL NETWORK SMART HOME INTELLIGENT DEVICES SMART COC AUGMENTED REALITY VIRTUAL REALITY HADOOP
- 8. Internetof Things HOW BIGISIoT? 50 BILLION CONNECTED DEVICES
- 9. Internetof Things 1027 BRUNOBYTE CONNECTEDDEVICES HOW BIGIS IoT? (CONT.)
- 10. Internetof Things HOW BIGISIoT? (CONT.) $1 TRILLION INDUSTRY
- 11. Internetof Things THE THING QUALIFICATIONSTO BECOME “THE THING” IDENTITY SENSOR CONNECTIVITY
- 12. Internetof Things PURPOSE OFSMARTNESS TELL TRIGGER TALK TRANSFER THINK TRACK 6Ts OF IoT
- 13. Internetof Things UMBRELLAOF INTERNETOFTHINGS N A D DNA OF IoT
- 14. HOW IT WORK SENSORS ∞ ARDUINO TOUCH EYE SPEAK TASTE ACTUATOR COMPUTER CLOUD LAPTOP PHONE DESKTOP ∞ PROCESSING UNITBRAINSMELL DEVICENETWORK APPLICATION (DNA UMBRELLA OF IoT) ANYWHEREANYTIMEALWAYS (AAA OR 3A OR A-CUBE)
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- 16. LETS SOLVE Internetof Things GASCYLENDER GAS LEAKAGE MISHAPS ON FIRE HOUSE ON FIRE MEDICAL CONDITION
- 17. SMART SOLUTION Internetof Things CYLENDER MOTOR ∞ ARDUINOCOMPUTER CLOUD DESKTOP PHONE ∞ ARDUINO ALERT SMELL
- 18. HOW TO MAKEAN IOT DEVICE? Internetof Things
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- 21. Internetof Things SENSORS TRANSDUCERS CONVERSION OFONE FORM OF ENERGY INTO ANOTHER FORCE SENSOR SIGNAL
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- 23. NETWORK Internetof Things IR BLUETOOTH Wi-Fi MOBILE NETWORK[2G/3G/4G/5G] RADIO [ZigBee/Wi-Sense] 1Wire 2Wire I2C SOCKET TCP/IP 6LOWPAN UDP MQTT MEDIUMS PROTOCOLS
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- 25. MIM CARDS Internetof Things SIMCARDS MIM CARDS
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- 30. IoT APPLICATIONS Internetof Things WildCENSE IoTNETWORK OF ANIMALS IoT Harvest IoT PRECESION CROP HARVESTING IoT BREATH IoT of Ambient air quality monitoring sensors IoT OF DUSTBINS URBAN SMART DUSTBIN PROJECTS IoT OF SKYSCRAPERS STRUCTURAL HEALTH MONITORING IoT OF WOMB PRINTED STICKER MONITORING DEVELOPING INFENT IoT OF CARS SMART CARS NETWORK IoT OF INSURENCE USAGE BASED SMART INSURANCE GLOW CAP IoT of smart medicine bottle
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Editor's Notes
- #15 SOLVING CONFUSION - One important aspect we came across while we were passing from our pathway is that people get confused about Internet of Thing or Internet of Everything with pre-existing terminologies or with their own perception. Here we are going to provide you real picture about Internet of Things. What exactly it is? How we can differentiate an IoT Product or Technology with previous products and technology. So lets begin with pre-existing terminologies and then valit IoT Terminologies. DAQ, SCADA, RADIO TELEMETRY, M2M, IoT, IoE, Connected Thing, Cloud Connected Thing {Separate slide for gas applications}