The Internet of Things (IoT) refers to connecting physical devices like vehicles, appliances and other items to the internet. It allows these devices to collect and exchange data. IoT uses technologies like sensors, barcodes and wireless networks. Examples of current IoT applications include digital assistants, smart homes, agriculture monitoring and more. By 2020, it is estimated there will be around 50 billion connected devices. Key challenges for IoT include security, standardization between technologies, and ensuring privacy and efficiency. However, IoT also provides opportunities for new research, jobs, business models and more intelligent systems through global data collection and analysis.
1. Internet of Things (IoT)
…an introduction
10/12/16 Benjamin Odoi-Larey 1
@odlabenonline
Benjamin Odoi-Lartey
Benjamin Odoi-Lartey
2. Introduction
Definition:
The Internet of Things (IoT) is the internetworking of physical devices,
vehicles (also referred to as “Connected Devices” and “Smart Devices”)
buildings and other embedded devices and systems in order to send and
receive data. (Wikipedia)
Terminologies:
•Web of Things, Internet of Objects, Embedded Systems, Connected
Living, Internet of Everything, Machine-to-Machine Era,
Related Terminologies:
•Web of Things, Internet of Objects, Embedded Systems, Connected
Living, Machine-to-Machine Era, RFID, Sensor, SmartTech, Nanotech,
Zigbee IEEE 802.15.4, Wifi IEEE 802.11, Bluetooth, Barcode & QR Code etc.
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3. Applications
•Internet of Things(IoT) is no more a new phenomenon;
Apple Siri, Google Homes, IBM’s Watson, Amazon’s Alexis
etc.
•Every day objects both living and non-living are coming
online: Agriculture, Education, Health, Transportation,
Energy, Industrial Automation, Cities, Logistics etc.
•It is estimated by the year 2020 connected devices will
amount about 50 billion with each individual on the
average possessing about 7 connected device (Cisco
Conference 2011)
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4. Issues and challenges
• Technological: Architecture, development of
hardware and software modules, openness
• Society: security and privacy, resource efficiency,
pollution and disaster avoidance
• Research: Call for papers with grants and funding
• Standardization: Open Standards and protocols and
interoperability
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5. Opportunities
1. Call for research
2. New Hardware and Software Modules
3. Ubiquitous Wireless Coverage
4. Job opportunities for Developers, Engineers, Data
Scientist and Analyst
5. New business models with efficient and intelligent
operations with Global Visibility
6. Hobby
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My topic is: Improving Internet of Things (IoT) using Raspberry Pi Hardware Module.
Internet of Things (IoT): has been described as the next phase of Internet of Things after Web 2.0, where we moved from the dynamic nature of Internet into “ everyday object both Electronic and Non-electronic, living and non-living all forming part as connected devices on the Internet”
Raspberry Pi: Is an Open Hardware Module originally designed to motivate and arouse students interest in computing within the United Kingdom.
A little introduction about the whole IoT idea.
Every day objects are joining theis IoT platform as a service, hardware, and coming out and giving rise to other fields like Big Data, Cloud computing
Big Names: Apple Siri, Google Homes, IBM’s Watson, Amazon’s Alexis…
There is call for papers on Internet of Things (IoT) worldwide on various fields like Network Technologies, Software & Algorithms, Hardware design etc.
A little introduction about the whole IoT idea.
Every day objects are joining theis IoT platform as a service, hardware, and coming out and giving rise to other fields like Big Data, Cloud computing
Big Names: Apple Siri, Google Homes, IBM’s Watson, Amazon’s Alexis…
There is call for papers on Internet of Things (IoT) worldwide on various fields like Network Technologies, Software & Algorithms, Hardware design etc.
IoT as a new phenomenon calls for papers around : Researchers are encouraged to research into Network Technologies, Software & Algorithms, Smart Energy.
Hardware development: nanotechnologies, sensor technologies, embedded system, cost and Power and Energy storage technologies
1. As estimated by google with about 50 Billion devices going online, energy consumption will become a problem to deal with
2. The Raspberry Pi with it’s almost full capabilities of a regular computer System will seek to address the need to connect to other systems before coming online as most embedded systems behave
3. Resources in here includes; computing power, physical size memory, Power consumption and cost