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IoT Architecture Quiz

Total questions: 15

Worksheet time: 3mins

Name
Class
Date
1.

Arrange the following layers in the correct order as presented in the agenda: Perception Layer, Middleware Layer, Application Layer.

a)

Perception Layer, Middleware Layer, Application Layer

b)

Middleware Layer, Application Layer, Perception Layer

c)

Application Layer, Perception Layer, Middleware Layer

d)

Perception Layer, Application Layer, Middleware Layer

2.

Which layer in the IoT architecture is most likely responsible for handling business logic and decision-making?

a)

Business Layer

b)

Network Layer

c)

Perception Layer

d)

Middleware Layer

3.

Which of the following statements is true regarding IoT architectural models?

a)

There is a single universally accepted standard reference architecture for IoT.

b)

No standard reference architecture has been adopted for IoT.

c)

Only the Internet of Things–Architecture (IoT-A) model is used for IoT.

d)

The Industrial Internet Reference Architecture (IIRA) is the only model for IoT.

4.

What is the name of the simple architecture used to categorize IoT enabling technologies in the chapter?

a)

IoT five-layer model

b)

TCP/IP model

c)

RAMI4.0 model

d)

OSI seven-layer model

5.

Explain why the IoT five-layer model has been used extensively in recent publications, based on the information provided.

a)

Because it is the only model available for IoT.

b)

Because it captures many essences of other models, simplifies, and systematizes them.

c)

Because it is mandated by international standards.

d)

Because it is more complex than other models.

6.

What protocol is used for data exchange in the Middleware layer of the IoT five-layer architectural model?

a)

CoAP

b)

ZigBee

c)

RFID

d)

Apache Spark

7.

What types of devices are included in the perception layer of the IoT model?

a)

Devices responsible for collecting data, such as object identifiers, temperature sensors, location sensors, and other sensors

b)

Devices responsible for data storage and analysis

c)

Devices responsible for user interface and display

d)

Devices responsible for network routing only

8.

Why do active devices in the perception layer often have the longest range?

a)

Because they have larger batteries or are attached to power supplies

b)

Because they rely on readers in close proximity

c)

Because they use infrared signals

d)

Because they do not transmit data

9.

If a device relies on readers in close proximity for its energy supply, which classification does it belong to in the perception layer?

a)

Passive

b)

Semipassive

c)

Active

d)

Embedded

10.

Which layer is considered the infrastructure layer in IoT because it transforms conventional sensors into smart, identified, and connected devices?

a)

Network Layer

b)

Application Layer

c)

Presentation Layer

d)

Physical Layer

11.

Which of the following is assigned to a node when it connects to a network to enable communication with other nodes?

a)

Identifier

b)

Password

c)

Encryption key

d)

Firewall

12.

Given a massive network, how do addressing techniques contribute to network management?

a)

By encrypting all data transmissions

b)

By enabling the assignment of unique network addresses to nodes

c)

By increasing the network speed

d)

By reducing the number of devices connected

13.

Which communication technology is particularly useful for ad hoc configurations in IoT?

a)

Wi-Fi

b)

Z-Wave

c)

Power-Line Communication (PLC)

d)

Long-Range Wide-Area Network (LoRa WAN)

14.

Which characteristic is important for service registration and discovery in scalable and heterogeneous environments?

a)

Autonomous, dynamic, and efficient

b)

Manual, static, and slow

c)

Expensive, complex, and unreliable

d)

Centralized, rigid, and limited

15.

Strategically, why is it important for nodes in an IoT environment to be able to analyze and control other nodes?

a)

It enables autonomous decision-making and efficient network management

b)

It increases the cost of the network

c)

It reduces the need for data exchange

d)

It limits the scalability of the network