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IoT training for bioinformatics students

Internet of Things (IoT)

The Internet of things (IoT) is the expansion of Internet network into physical gadgets and regular articles. Inserted with gadgets, Internet availability, and different types of equipment, (for example, sensors), these gadgets can convey and connect with others over the Internet, and they can be remotely observed and controlled.
The companies which are using IoT are Google,Cisco,General Electric(GE),Rolls Royce, AT&T,Amazon,Dell,Samsung,Bosch,Accenture,Microsoft,RedHat,Tata,Honeywell, Qualcomm,Eddie Stobart Transport and Logistics Company, Aviva, and Walt Disney Land
IoT components
• Sensors/devices,
• Connectivity,
• Data processing
• User interface
How Does IoT Works?
Device with work in sensor associated with IoT stage, which solidify information from the various gadgets and applies investigation to impart the most significant data to applications to address explicit needs. This can be interrelated registering gadgets, mechanical machines, items, and creature, individuals that are given novel identifiers and the capacity to move information over a system by artificial insight.
Technologies used in IoT
• Network Technology
• Embedded Technology
• Information Technology
• Zigbee
• Bluetooth
• WiFi
• Wireless protocols
Real time examples of IoT
Wearables, Automatic home appliances, Driveless cars, Alexa, Kisi Smart lock, CISCO’s connected factory,etc,.
Importance of IoT
In future, the world is set to be completely IoT oriented.
• IoT promotes efficient resource utilization
• It reduces human efforts in many life aspects
• Will reduce the cost of production and maximizing the returns
• It makes analytics decisions faster and accurately
• It boosts the real-time marketing of products
• It guarantees high-quality data and secured processing
• Monitor their overall business processes
• Improve the customer experience
• Save time and money
• Enhance employee productivity
• Integrate and adapt business models
• Make better business decisions
• Generate more revenue
• Can access information/data from anywhere at any time on any device
• Improved communication between connected electronic devices
• Reduces the need for human intervention.
• Enhance data collection
• Improve security
• Encourages Machine-to-Machine Communication(M2M)
• Automation and control
• Cost effective solution
• Better quality of life
• Safety problem
• Less Privacy/Security
• Complexity in systems
• Loss of jobs
• Hardware Compatability difficulties
• Cloud storage issue
• Data Connectivity
• Smart home applications
o Smart TV,Smart AC
• Wearables
o Heart rate monitors,Smart watches
• Connected Cars
o Tesla, BMW, Apple, Google
• Industrial Automation
o Factory Digitalization
o Inventory Management
o Safety and security
o Quality control
• Agriculture
o Smart Greenhouse
• Poultry and farming
o Livestock monitoring
o Milking Automation Technology
• Energy engagement
o Smart power grids
• Smart retail
o Smart phones
• Smart cities
o Palo Alto
• Connected Health (Digital health/Telehealth/Telemedicine)
o Care devices,Smart sensors
• Transportation
Future of IoT
IoT devices will be an immense piece of how we communicate with fundamental regular articles. In only one year alone, we went from having 5 million IoT devices associated with the web to billions. What's to come is occurring now, and these gadgets are getting more intelligent consistently through AI and man-made brainpower.
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News Release: IoT training for bioinformatics students
Submitted on: September 05, 2019 11:22:15 AM
Submitted by: dhanya sri
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