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4 cards from this section. Quick, good the night before a test.
What is power masking?
Think about how attackers might use power patterns.
What do error-correcting codes do?
Consider transmission reliability.
What is the primary goal of power masking?
Consider why an attacker might want to know the power usage.
True or False: Error-Correcting Codes are unnecessary in low power designs.
Think about what happens to data in unreliable environments.
Design a low-power IoT device that incorporates power masking and encryption. Discuss the benefits and limitations of your design.
Consider real-world applications like smart home devices.
Evaluate a scenario where an error-correcting code failed. What impact did it have on the overall performance of the system?
Relate this to any device or scenario you are familiar with.
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