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4 cards from this section. Quick, good the night before a test.
What does FPGA stand for?
Think about what it means to configure hardware after manufacturing.
What is one application of FPGAs in audio processing?
Consider sound effects and enhancements.
What type of filter has a finite number of coefficients?
Remember the definitions of FIR and IIR.
True or False: FPGAs can be programmed to process audio data in real-time.
Think about how live audio events might work.
Design a system using FPGA technology to process a live music show. Discuss how you would implement audio filtering and what type of filters you would use.
Think about live audio effects and the role of each filter type.
Analyze a video processing scenario where latency is critical. Explain how an FPGA can address these issues.
Consider the technical requirements for live streaming and the advantages of low latency.
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