adplus-dvertising
frame-decoration

Question

What is the main function of the Pay-Per-Use Monitor in direct LUN access architecture?

a.

To enable direct LUN access

b.

To replace virtual LUNs with physical LUNs

c.

To collect and classify usage cost information for direct LUN access

d.

To manage block-based storage configuration

Posted under Cloud Computing

Answer: (c).To collect and classify usage cost information for direct LUN access Explanation:The Pay-Per-Use Monitor collects and separately classifies usage cost information for direct LUN access.

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. What is the main function of the Pay-Per-Use Monitor in direct LUN access architecture?

Similar Questions

Discover Related MCQs

Q. How does resource replication relate to the direct LUN access architecture?

Q. When might virtual servers need direct access to RAW block-based storage in the direct LUN access architecture?

Q. What enables virtual servers' physical connectivity to the LUN and cloud storage device in the direct LUN access architecture?

Q. What is the purpose of configuring cloud storage devices using raw device mapping?

Q. How does the Cloud Usage Monitor contribute to the direct LUN access architecture?

Q. What role does the Pay-Per-Use Monitor play in managing direct LUN access?

Q. What is the primary focus of resource replication in the direct LUN access architecture?

Q. What issues can redundant data cause in cloud-based environments?

Q. When a cloud consumer copies 100 MB of files onto a cloud storage device and the data is redundantly copied ten times, what is the total amount of storage space consumed?

Q. How does the dynamic data normalization architecture address the issue of redundant data in cloud storage devices?

Q. What is the primary function of the hash code assigned to every piece of data in the de-duplication system?

Q. In what types of cloud storage devices can the de-duplication system of the dynamic data normalization architecture be applied?

Q. What is the key advantage of the de-duplication system in the dynamic data normalization architecture?

Q. What are some of the potential consequences of redundant data in cloud-based environments?

Q. When redundant data is stored in a cloud environment, what can happen to storage costs?

Q. How does the dynamic data normalization architecture handle redundant data on cloud storage devices?

Q. What is the primary function of the hash code assigned to each piece of data in the de-duplication system?

Q. In what types of cloud storage devices is the de-duplication system most effective?

Q. What does the dynamic data normalization architecture aim to achieve in relation to redundant data?

Q. What issue can inhibit the performance and scalability of IT resources even when scaled on-demand by a cloud platform?