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Internet Of Things Powerpoint Template

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Internet of Things

Transcript: Management Internet Revolution Internet of Things Group RFID of the ETP EPOSS, Internet of Things in 2012 – A roadmap for the future, May 2008. Thomas Frey, Empowering “Things” for Our Internet of Things, World Future Society, September 30, 2012 http://www.wfs.org/blogs/thomas-frey/empowering-%E2%80%9Cthings%E2%80%9D-for-our-internet-things Amardeo C. Sarma & João Girão, Identities in the Future Internet of Things, May 2009, Pasquale Puzio, Internet of Things and its Applications, 2010 from http://www.slideshare.net/PasqualePuzio/internet-of-things-and-its-applications , Internet Of Things - Definitions Used Food: Control geographical origin Food production management Nutrition calculations Prevent overproduction and shortage Control food quality, health and safety. Education Building blocks of Iot Logistics Conclusion Contents Management “A world where ‘things’ can automatically communicate to computers and each other, providing services for the benefit of human kind” Ian Smith (President AIM UK) Internet of Things IoT Applications Food Internet Revolution Food Introduction References How it works ? IoTs Applications Application Presented BY Sowmya V Vasanth G BHAT Arisha a GUIDE Sarvesh Assistant Professor,ISE IoTs Applications Building blocks of IoT Working of Iot THREE C’s of IoT c Building blocks of Iot IoT will inherit the drawbacks of the current internet on an infinitely larger, but more invisible scale Privacy – will be a huge issue when implementing IoT Identity - Online Fragmentation of Identity Efficiency – speed - person loses identity and is an IP address Decisions – do not delegate too much of our decision making and freedom of choice to things and machines Balancing IoTs Applications Authors Sowmya v Vasanth G BhAt Arisha a Sarvesh(GUIde) assistant professor,CSe Retail Challenges of IoT http://www.youtube.com/watch?v=nDBup8KLEtk IoTs in Education Conclusion Group RFID of the ETP EPOSS, Internet of Things in 2012 – A roadmap for the future, May 2008. Thomas Frey, Empowering “Things” for Our Internet of Things, World Future Society, September 30, 2012 http://www.wfs.org/blogs/thomas-frey/empowering-%E2%80%9Cthings%E2%80%9D-for-our-internet-things Amardeo C. Sarma & João Girão, Identities in the Future Internet of Things, May 2009, Pasquale Puzio, Internet of Things and its Applications, 2010 from http://www.slideshare.net/PasqualePuzio/internet-of-things-and-its-applications , Giving unique identity to every object in world conneting cost affective,less power consuming sensors to every object. Connecting it to a network(internet) via wi-fi,zigbee,bluetooth etc Communication In the fields of education, health care , logistics , business . Control and automation: control over all devices using sensors and internet. Cost saving: It reduces man power , gives exact information at lower costs. Conclusion Challenges of IoT Sensing nodes Includes camera system for image monitoring Water or gas flow meters for smart energy Radar vision when active safety is needed Layers of Local Embedded Processing Nodes Embedded processing is at the heart of the IoT . Local processing capability is most often provided by MCUs, hybrid microcontrollers/microprocessors (MCUs/MPUs) or integrated MCU devices, which can provide the “real-time” embedded processing that is a key requirement of most IoT applications. Conclusion Pharmaceuticals Logistics Education Three c’s of Iot Contents Pharmaceuticals : Intelligent tags for drugs Drug usage tracking Pharma. Product websites --> Enable the emergency treatment to be given faster and more correct c INTERNET OF THINGS INTERNET OF THINGS Giving unique identity to every object in world conneting cost affective,less power consuming sensors to every object. Connecting it to a network(internet) via wi-fi,zigbee,bluetooth etc IoTs Applications IoT will inherit the drawbacks of the current internet on an infinitely larger, but more invisible scale Privacy – will be a huge issue when implementing IoT Identity - Online Fragmentation of Identity Efficiency – speed - person loses identity and is an IP address Decisions – do not delegate too much of our decision making and freedom of choice to things and machines Balancing Sensing nodes Includes camera system for image monitoring Water or gas flow meters for smart energy Radar vision when active safety is needed Layers of Local Embedded Processing Nodes Embedded processing is at the heart of the IoT . Local processing capability is most often provided by MCUs, hybrid microcontrollers/microprocessors (MCUs/MPUs) or integrated MCU devices, which can provide the “real-time” embedded processing that is a key requirement of most IoT applications. References Three c’s of Iot IoT Applications Communication In the fields of education, health care , logistics , business . Control and automation: control over all devices using sensors and internet. Cost saving: It reduces man power , gives exact information at lower costs. Challenges in the Future

INTERNET OF THINGS

Transcript: INTERNET OF THINGS Technique / Composants Biggest amount of data Faster access First interests for "The Internet of Things" www.techopedia.com First interests for "The Internet of Things" What is "The Internet of Things" How does it work? Technologies Used What the Future May Hold Bibliography : http://www.cisco.com/web/FR/assets/executives/pdf/Internet_of_Things_IoT_IBSG_0411FINAL.pdf Wednesday, March 19th Julien CEZ Maxime COGNARD Arnaud DESCHAMPS What is the Internet of Things TOPICS OF THE DAY "The Internet of Things (IoT) is a computing concept that describes a future where everyday physical objects will be connected to the Internet and be able to identify themselves to other devices" Sécurité Evolution of IOT

Internet of Things

Transcript: Smart Connected World Smart Homes Smart Cities Internet of Things Smart Transportation Smart Aviation Smart Health Care Smart Energy Smart Logistics

Internet of things:

Transcript: Conclusion Congestion Energy costs Electrical cars Induction roads Environmental concerns Rent personal parking space What we have to add Auto dimming and self charging lights different fields What cisco already suggests What we have to add Park closer to destination Urban planning Network layer What we have to add Sensing layer Real time road condition Road modification Congestion source Boat-bridge-road Smart parking Sooner implementation by using smartphones as network conductors Car-house relation: If car is in an x radius of the house, the heater or oven will turn on Boat-to-bridge-to-car/road relation Smart-parking Internet of things: Transportation pROBlEM in USA alone... Personal experience Object recognition Data aquisition Sensor, FRID, UWB What's in it for Cisco? Smart road pricing Connect vehicles, sharing health data Who’s driving/personalize car electric cars the business case stated that in the most optimistic projections, by 2030 only 13% of all cars will be electric cars. Energy preservation concept Group F Congestion Energy costs Environmental concerns Another problem.... Source: TTI’s 2012 URBAN MOBILITY REPORT The IoT architecture model What cisco already suggests Internet, WLAN, GPS, 2.5G/3G/4G Selling the value of travel time well spent Unified communication system Miao He MaRTIN hEERE MarCEL kRACHT Shanylla SAntokhi zOE tAN What cisco already suggests Any questions? Urban planning Personal experience Real-time road condition Energy preservation concept Smart-parking Car-house relation Congestion costs Profit for owner & Cisco Road modification based on driving data Intelligent congestion source finding Smart-parking Induction roads Will also cause more consumers to switch to electric driving Auto-dimming Car-house relation Self charging streetlights Less congestion Interfaces between Users IoT Application layer

Internet of Things

Transcript: Future of IoT - Images -http://www.informationweek.com/government/leadership/internet-of-things-8-cost-cutting-ideas-for-government/d/d-id/1113459?image_number=2 -Wikipedia The idea first became popular throughout the Auto-ID Center at MIT. It was thought up by Kevin Ashton in 1999. Internet of Things Molly Deere I think it will stick around and grow, some businesses are working on ideas like: if the fridge is out of milk it orders more without instruction. Internet of Things This is a computing concept that describes a future where everyday physical objects will be connected to the Internet. How Life Would Be Different Without It Your phone would not have iCloud and other things of that sort to connect to the computer Works Cited

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Internet of Things

Transcript: 50 Billion Connected Devices Device $92 billion 330 Mb/Month Network Volume: M2M Traffic to Grow 89% CAGR 2012-2017 Experience: Many small networks to one large Equipment: Lower cost, closer to edge Cloud Platform Offboard Gateway At the Device Short-Range Technology: $650 billion to $1,107 billion Comms Network: $1.341 billion to $2,009 billion Services: $991 billion to $1,646 billion Platform Short-range low-power Shift in Significance Based on Value of Network -Value of asset shifts from device to the connectivity and the network to which it is connected. SATELLITE M2M 2014-2019: $2.98 billion to $4.76 billion The Smart Node Six Pillars of M2M -Remote Monitoring -Sensor Networking -Smart Services -RFID -Telematics -Telemetry $4.76 billion: Satellite M2M NEVERMIND Access Devices Bluetooth Zigbee Z-Wave ANT RFID NFC 2G/3G/4G cellular Wired Satellite Whitespaces The M2M Value Chain Short-range low-power Cellular Satellite Wired

Internet of Things

Transcript: Synopsis Researches and tests software Build synergy among heterogeneous devices Integrate all information to personal IoT Purpose Embedding specialized software to hardware Building long-term, trustworthy client relationships Kickstarter is a crowdfunding company which develops projects Personal-level IoT Build interoperability among different devices Cisco Addresses Important Issue IoT seeks to find useful cases for big data Used for analysis to solve complex problems Automation is another possibility New business models can be explored General Applications Devices are stand alone Difficult to connect them together Kickstarter tested software: If This Then That (IFTTT) Do-It-Yourself (Arduino, ATmega) A Natural Evolution Kickstarter Launched Personal IoT Project Gather more data from more places Use data to increase efficiency, safety, and security Converge and connect Operational Technology and Information Technology Tracking Behavior Uses Derives from the monitoring of behaviors from people, things, or data through space or time Can assist in control testing, and overall accounting activities Situational Analytics Uses Achieves real time awareness of physical environments Can assist the proper accounting from an internal and external manner Project Main Obstacle: Standardization Design of the information system flow is different for every device Complexity of making sure the functionality after connecting the devices Standardization is key Cisco & Entity-level IoT Realized the potential at an early stage Partnered with companies in: Manufacturing Mining Oil and gas Transporation Utilities Human Capital Historically automation decreases the need for workers Tradeoff Between Privacy and Security FTC requested comments regarding consumer privacy for machine to machine technology The Internet began in a limited form Massive potential realized through the advent of mobile technology Possibility of applying the internet beyond computers emerged 1. Transmitting the data faster 2. Correctly interpreting the data 3. Information Knowledge IoT and Accounting The Internet of Things Kickstarter & Personal-level IoT Term coined by MIT Research at both Auto-ID Center and Media Lab Began as an cross-company RFID project but evolved to encompass interconnected objects • Not just the “Internet of Hype” • Streamlines the transaction processing of organizations • Allows business entities to focus their efforts in other places The IoT is discussed in 2 out of 5 business meetings 70% of business executives are aware of the use of IoT in their businesses IoT industry is slated to become a $8.9T market by 2020 Project Main Obstacle: Connection Internet of Things The natural evolution of technology Devices increasingly will become hybrid offerings of both physical utility and IT capability Web provides infrastructure Cisco Launched IoT Branch The Term “Internet of Things” Negative Implications of IoT IoT Branch Business Approach Why is the IoT Important?

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