adplus-dvertising
frame-decoration

Question

What is the main advantage of EDM over TDM in terms of data exchange?

a.

EDM reduces the number of electronic meters required.

b.

EDM provides more information with fewer data samples.

c.

EDM increases the cost of data exchange.

d.

EDM requires more frequent sampling.

Posted under Big Data Computing

Answer: (b).EDM provides more information with fewer data samples. Explanation:EDM provides more information about energy variations with fewer data samples.

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 advantage of EDM over TDM in terms of data exchange?

Similar Questions

Discover Related MCQs

Q. What is the key benefit of using low-cost electronic meters for tracking real-life processes in energy terms?

Q. How can the compression ratio offered by EDM be adjusted?

Q. What is the role of cooperative metering schemes in the smart grid?

Q. How can variations in the grid be controlled using the Ej(tk) values?

Q. What is the key advantage of using process knowledge to reduce data volumes?

Q. What is a characteristic of nomothetic processes?

Q. What is an example of variability introduced by nomothetic processes in photovoltaic generation?

Q. How can knowledge about ideal PV production shapes and topology help reduce data volumes?

Q. What is one way in which the Earth's rotation affects PV energy production?

Q. How can the knowledge about time translation of effects help reduce data volumes?

Q. What are some factors that influence the renewable energy output of PV plants?

Q. Why is predictability important for renewable energy sources like PV plants?

Q. What challenges arise when dealing with independent forecasts for PV plants?

Q. What is the purpose of using cloud index in the context of PV energy production?

Q. How does the proposed method reduce data volumes and data rates when dealing with PV power dropouts?

Q. Why does the calculation of effects caused by clouds at one PV site become statistically relevant to neighbors?

Q. How can pattern-matching techniques be used in the context of PV energy production optimization?

Q. How does temporal distance vary between observers in different geographical locations, especially in terms of the impact of Earth's rotation?

Q. What is the role of pattern matching in the anticipatory control of PV energy production?

Q. What is the primary purpose of the EDM method in smart grids?