24 Questions
What is the total duration of the exam for the Introduction to Internet of Things (IOT) course?
3 hours
Who are the staff in charges for the Introduction to Internet of Things (IOT) course?
Dr. Pavithra G., Dr. Sindhu Sree M., Dr. Ninu Rachel Phillips, Padmavathi M., Likitha K. & Dr. T.C. Manjunath
What is the total number of credits for the Introduction to Internet of Things (IOT) course?
3
Which accrediting body has rated the institute with an 'A' grade and NIRF rating?
NAAC (National Assessment & Accreditation Council)
What is the web address of the Dayananda Sagar College of Engineering?
What is the contact telephone number for Dayananda Sagar College of Engineering?
+91 80 26662226
What is the architecture of vehicular IoT divided into?
Device, fog, and cloud
Which layer of the vehicular IoT architecture consists of the basic infrastructure of the connected vehicles?
Device
What role does fog computing play in vehicular IoT systems?
Providing decisions in real-time
What is the purpose of the road side units (RSU) in vehicular IoT architecture?
To manage data from the vehicles
Which layer in the IoT architecture contains certain sensors that gather the internal information of the vehicles?
Device
What does IoT enable a vehicle to do in a connected vehicular environment?
Make autonomous decisions based on external information
What is included in the bottom-most layer of the vehicular IoT architecture?
Vehicles and road side units (RSU)
In vehicular IoT systems, where does fast decision making take place?
Fog layer
What are the three sublayers of the architecture of vehicular IoT?
Device, fog, and cloud
What role does fog computing play in vehicular IoT systems?
Fog computing plays a crucial role by providing decisions in real-time.
What does IoT enable a vehicle to do in a connected vehicular environment?
IoT enables a vehicle to sense its internal and external environments to make autonomous decisions.
Where does fast decision making take place in vehicular IoT systems?
Fast decision making takes place in the fog layer.
What types of IoT devices are used in the device layer of vehicular IoT architecture?
Vehicles and road side units (RSU)
What are the CIE and SEE marks for the Introduction to Internet of Things (IOT) course?
CIE Marks 50 SEE Marks 50
Who are the staff in charges for the Introduction to Internet of Things (IOT) course?
Dr. Pavithra G., Dr. Sindhu Sree M., Dr. Ninu Rachel Phillips, Padmavathi M., Likitha K. & Dr. T.C. Manjunath, Ph.D. (IIT Bombay), Sr. Member IEEE, Chartered Engineer, Fellow IE, Fellow IETE
What is the contact telephone number for Dayananda Sagar College of Engineering?
+91 80 26662226 26661104 Extn : 2731
What is the web address of the Dayananda Sagar College of Engineering?
What is the total number of credits for the Introduction to Internet of Things (IOT) course?
03 Credits
Study Notes
Introduction to Internet of Things (IOT) Course Details
- The Introduction to Internet of Things (IOT) course has a total duration of 3 hours for the exam.
- The course has 4 credits.
- The staff in charge of the course are Dr. Suresh L and Dr. Rajshekhar.
- The course is offered by Dayananda Sagar College of Engineering, which has an 'A' grade and NIRF rating from NAAC.
- The college's web address is dsi.edu.in, and the contact telephone number is 080-42161750/51/52.
Vehicular IoT Architecture
- The architecture of vehicular IoT is divided into three layers: device layer, fog layer, and cloud layer.
- The device layer consists of sensors that gather internal information of the vehicles.
- The fog layer consists of the basic infrastructure of connected vehicles and enables fast decision making.
- Fog computing plays a crucial role in vehicular IoT systems by facilitating real-time processing and reducing latency.
- The road side units (RSU) in vehicular IoT architecture are responsible for facilitating communication between vehicles and the infrastructure.
- IoT enables vehicles to share and receive information, making them "smart" in a connected vehicular environment.
- The bottom-most layer of the vehicular IoT architecture includes sensors, actuators, and communication devices.
- Fast decision making takes place in the fog layer of vehicular IoT systems.
Vehicular IoT Layers
- The three sublayers of the vehicular IoT architecture are the device layer, fog layer, and cloud layer.
- The device layer includes IoT devices such as sensors, actuators, and communication devices.
- The fog layer includes the basic infrastructure of connected vehicles and enables fast decision making.
- The cloud layer provides remote storage, computing, and analysis capabilities.
Get ready for the UG - B.E. course in Electronics & Communication Engineering with these class notes. This module covers the Introduction to Internet of Things, part of the Emerging Technology Course, for the academic year 2022-23.
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