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Worksheetsunit5
Total questions: 25
Worksheet time: 13mins
Name
Class
Date
1.
The Cisco IoT System is primarily designed to:
a)
Manage social media analytics
b)
Connect devices and data securely across industries
c)
Provide cloud gaming solutions
d)
Handle financial transactions
2.
Which of the following is NOT a pillar of the Cisco IoT System?
a)
Network connectivity
b)
Fog computing
c)
Blockchain transactions
d)
Data analytics
3.
The Cisco Fog Computing concept mainly focuses on:
a)
Storing all data only in the cloud
b)
Bringing data processing closer to the edge devices
c)
Replacing IoT gateways
d)
Preventing network communication
4.
In Cisco IoT architecture, which layer handles data visualization and analytics?
a)
Edge Layer
b)
Data Abstraction Layer
c)
Application Layer
d)
Device Layer
5.
The IBM Watson IoT Platform primarily provides:
a)
Device connectivity, data collection, and cognitive analytics
b)
Mobile application development tools
c)
Database management
d)
Image rendering capabilities
6.
Which of the following IBM services integrates cognitive computing with IoT data?
a)
Watson Assistant
b)
Watson IoT Platform
c)
Watson Speech-to-Text
d)
Watson Discovery
7.
In the IBM Watson IoT architecture, which component ensures secure device connectivity?
a)
Device Registry
b)
Analytics Engine
c)
Event Handler
d)
Dashboard Viewer
8.
The Converged Plantwide Ethernet (CPwE) model is a joint reference architecture developed by:
a)
Cisco and Rockwell Automation
b)
IBM and Google
c)
Microsoft and Siemens
d)
Intel and Dell
9.
The main objective of the CPwE model is to:
a)
Enable cloud-only operations
b)
Securely integrate IT and OT networks
c)
Support only wireless communications
d)
Replace industrial controllers
10.
In the CPwE architecture, cell/area zones primarily include:
a)
Enterprise servers
b)
Industrial controllers and I/O devices
c)
Routers for corporate networks
d)
Internet service providers
11.
Which technology is essential for real-time industrial communication in CPwE?
a)
IPv6 tunneling
b)
Time-Sensitive Networking (TSN)
c)
Blockchain ledger
d)
Optical switching
12.
The GridBlocks Reference Model is developed by:
a)
IBM
b)
Cisco
c)
Intel
d)
Siemens
13.
The GridBlocks model mainly supports which industry?
a)
Transportation
b)
Power and Utilities
c)
Healthcare
d)
Manufacturing
14.
The purpose of GridBlocks Reference Model is to:
a)
Secure IoT devices in smart homes
b)
Provide a scalable architecture for smart grids
c)
Replace traditional networking standards
d)
Enable blockchain-based power trading
15.
In GridBlocks architecture, Field Area Networks (FAN) connect:
a)
Customer devices to utility control centers
b)
IoT gateways to Wi-Fi routers
c)
Manufacturing robots
d)
Industrial sensors in plants
16.
The Layered Architecture of Smart Cities typically includes:
a)
Device, Network, Cloud, and Application layers
b)
Hardware, Power, and Maintenance layers
c)
User, Interface, and Storage layers
d)
Monitoring, Billing, and Support layers
17.
In the Smart City layered model, the Perception Layer is responsible for:
a)
Data analysis
b)
Data sensing and collection
c)
Data visualization
d)
User interaction
18.
The Smart Lighting System mainly uses:
a)
Vibration sensors
b)
Light and motion sensors
c)
Sound sensors
d)
Temperature sensors
19.
Which communication protocol is most commonly used in Smart Lighting Networks?
a)
ZigBee
b)
SMTP
c)
FTP
d)
SSH
20.
The main goal of Smart Parking Architecture is to:
a)
Build new parking spaces
b)
Optimize parking availability and reduce congestion
c)
Charge higher parking fees
d)
Increase human monitoring
21.
Which sensors are typically used in Smart Parking Systems?
a)
Ultrasonic or Infrared sensors
b)
Temperature sensors
c)
Humidity sensors
d)
Pressure gauges
22.
The Smart Traffic Control System uses which core technologies?
a)
IoT sensors, edge computing, and AI-based analytics
b)
Manual data entry
c)
Only satellite-based communication
d)
Static signal timers
23.
The key benefit of Smart Traffic Management is:
a)
Reduced vehicle lifespan
b)
Increased fuel wastage
c)
Reduced congestion and better safety
d)
Higher maintenance cost
24.
Smart and Connected Cities mainly aim for:
a)
Better urban efficiency and sustainability
b)
Isolated standalone systems
c)
Manual monitoring
d)
Increased energy consumption
25.
In Smart City applications, edge analytics are useful because they:
a)
Transfer all raw data to the cloud
b)
Process data locally to reduce latency and bandwidth
c)
Disable real-time processing
d)
Require constant human intervention
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