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Fog and Edge Computing (MSCCLOUD1_B)

Fog and Edge Computing (MSCCLOUD1_B)

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How does Edge Native differ from Cloud Native in terms of networking?

Edge Native include mobile and radio-based networks, while Cloud Native use high-speed networks with rich capabilities

Edge Native applications are not affected by network speeds, while Cloud Native applications are limited by slow networks

Edge Native applications do not require any WAN connection

Edge Native applications require central management for networking, while Cloud Native applications offer more autonomy in network management

Edge Native networks are solely dependent on IP protocol networks, while Cloud Native applications can utilize any type of network

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Which of the following best explains why edge-native applications are not simply traditional on-premise applications?

Edge-native applications avoid cloud integration for security reasons.

Edge-native applications are designed with cloud-native principles but adapted for edge-specific constraints.

100%

Edge-native applications are always deployed on constrained devices.

Edge-native applications fully replicate cloud compute resources locally.

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Which of the following statements is TRUE about the attributes of Edge and Cloud Native applications?

Edge Native applications rapid spin up/down and assume unlimited resources.

Edge Native applications rely on caching and streaming for real-time data processing.

Cloud Native orchestration workloads following a distributed location-specific scheduling.

Cloud Native applications primarily use a centralized model for backing stateless processes.

Cloud Native applications require awareness of real-time hardware and resource location.

Edge Native orchestration balances workloads on pooled hosts.

Edge Native applications require awareness of varied network performance.

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What are the approaches to fit a Kubernetes cluster to the edge?

to split the cluster to keep the computing plane centrally managed on cloud, and to keep only the control plane on edge

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to split the control plane and compute plane so that only the compute plane is deployed to the edge compute resources

100%

to connect clusters with reduced functionality into a peer-to-peer network to distribute the pods

to remove Kubernetes features and reduce the cluster resource footprint

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In the context of the edge continuum, what factor primarily distinguishes the Constrained Device Edge from the Smart Device Edge?

Ability to support virtualization and containerization.

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Network latency tolerance.

Amount of physical ruggedization (equipment strength).

Use of AI/ML inferencing.

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Which challenge in IoT Big Data deals with the dynamicity associated with the data or data sources in IoT?

Volatility

100%

Vagueness

Variability

Vulnerability

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Match the iFogsim classes below to their parent CloudSim class.

Tuple

FogDevice

AppModule

Sensor

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What are the different stages in the lifecycle of data?

Created, stored, used/shared, archived and destroyed

Created, used/shared, deleted

Imported, migrated, reviewed, analyzed

Extracted, transformed, processed, archive

100%

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