Unit 1.1
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The document discusses how the Internet of Things (IoT) will change daily life by connecting devices. It provides an example scenario where an alarm clock signals a coffee maker and car to prepare for the day. The IoT allows for seamless integration of devices that can communicate and assist people. It then discusses what the IoT is, how it connects devices via sensors and the internet, and examples of applications like smart homes, farming, transportation and more. It also covers challenges and the vision for a world where physical objects are connected and able to automatically communicate to provide services.
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Unit 1.1
- 2. • “If you think that the internet has changed your life, think again. The IoT is about to change it all over again!” — Brendan O’Brien, Chief Architect & Co- Founder, Aria Systems
- 4. Consider the following scenario: • Your alarm-clock tells the coffee-maker when you wake up, and the coffee-maker is ready with your morning cup of coffee • The coffee-maker in turn gives a signal to your car to set the temperature inside it to comfortable levels by the time you are ready to drive down to work • Your car in turn signals your offices’ electrical switches to be switched on and signals your computer to prepare your daily schedule “Seamless integration of devices which can communicate with each other and undertake activities useful to human beings - Internet of Things”.
- 5. Internet of Humans Collect the info. Analyze package and position DECIDE NOT TO SEAT IN COMPANY Scenario: Company is coming for placement
- 11. A connected world Sensors People & Processes Connectivity IoT • More devices than people
- 12. What is IoT?
- 13. The Internet is the Backbone
- 14. The Internet is the Backbone
- 15. The Internet is the Backbone
- 16. IoT Application Areas • Smart parking • On-board diagnostic systems • Sharing information on the road • … • Smart farming • Preparing the soil • Monitoring optimal conditions for planting • … • Smart bulbs • Smart domotic systems • … • Payment & ticketing • Information exchange • Location services • … • Smart clothes (Wearables) • Smart appliances • Relaxing time • … • Environmental monitoring • Energy management • Security services • … • Activity trackers • Biomedical sensors • Diseases monitoring • …
- 17. IoT Definition “Wireless network between objects, usually the network will be wireless and self configuring” : Wikipedia “By embedding short range mobile transceiver into wide array of additional gadgets and every day items, enabling new form of communication between P2T and T2T” : World science “Number of technologies and research disciplines that enables the internet to reach out into the real world of physical objects” : IoT 2008 “A world wide network of interconnected objects uniquely addressable ,based on standard communication protocol”
- 18. IoT Vision “A World where things can automatically communicate to computer and communicate to each other for providing service to the benefit of human kinds” RFID SMART ITEMS SENSORS Things oriented vision Internet oriented vision PROTOCOLS IP ADDRESS FOR OBJECTS Semantics oriented vision Internet of Things vision Semantic technologies Reasoning over data
- 19. IoT @ Intel
- 20. Internet of Things Eco System
- 22. Difficulties in IoT • No clear approach for the utilization of unique identifiers • No further development of IoT Architecture Reference Model (ARM) • Low enhancement in semantic interoperability for exchanging sensor information in heterogeneous environments. • Difficulties in developing a clear approach for innovation , trust and ownership of data in the IoT while at the same time respecting security and privacy in a complex environment. • Practical aspects like substantial roaming-charges for geographically large-range sensor applications and missing technical availability of instant and reliable network connectivity.
- 23. Step Forward to Internet of Things Coherence of object capabilities and behavior Coherence of application interactivity Coherence of real and virtual worlds Coherence of corresponding technology approaches
- 25. Transforming Manufacturing with Internet of Things
- 26. INTERNET OF THINGS IDENTIFICA TION SENSORS COMMUNI CATION ACTUATORS STORAGE TRACKING PROCESSING DEVICES RFID BARCODE BIOMETRY VIDEO RFIDAUDIO TEMPORATURE VIDEO GSM & GPS SENSORS RFID SERVICES NETWORK PROCESSING RFID DATABASE SERVERS WIRELESS WIRED RFID MOBILE SENSORS THINGS