IoT Processing Offloading Quiz 1.4

What is the primary purpose of processing offloading in IoT systems?

• To reduce the cost of sensors

• To improve data security

• To conserve energy and enhance scalability

• To increase data generation rates

Which of the following is NOT a layer for processing offloading in IoT?

• Edge

• Fog

• Gateway

• Cloud

What factor is most critical for choosing the form factor of an IoT device?

• Size

• Cost

• Bandwidth

• Processing power

Which approach for offloading decisions relies on historical trends and optimization?

• Naive Approach

• Bargaining-based Approach

• Learning-based Approach

• Rule-based Approach

What is the main goal of fog computing in IoT?

• To completely replace cloud computing

• To enable real-time processing with reduced latency

• To reduce the cost of IoT hardware

• To eliminate the need for sensors

Which of these parameters defines the amount of data that can be handled by an offload location?

• Latency

• Data volume

• Bandwidth

• Criticality

What is a common feature of processors for IoT devices with higher memory?

• Reduced energy consumption

• Increased cost

• Lower criticality

• Faster bandwidth

What is the key difference between fog computing and edge computing?

• Fog computing is centralized, and edge computing is decentralized.

• Fog computing occurs between edge and cloud layers, while edge computing is near data generation.

• Fog computing uses wired networks, while edge computing uses wireless.

• Fog computing focuses on security, and edge computing focuses on scalability.

What type of processing does the naive approach for offloading typically rely on?

• Complex decision-making

• Historical data

• Simple rule-based processing

• Bargaining-based optimization

What does the criticality of an IoT task primarily influence?

• The memory requirements of the processor

• The latency expectations of the system

• The form factor of the IoT device

• The data volume handled by the system