Compare Transformers and RNNs and Derive Attention Complexity

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Quick Overview

Compare Transformers and RNNs while deriving dense self-attention complexity. Separate projection and score costs, training parallelism, generation caching, long context, and streaming trade-offs.

Compare Transformers and RNNs and Derive Attention Complexity

Company: C3 AI

Role: Data Scientist

Category: Machine Learning

Difficulty: hard

Interview Round: Technical Screen

Overview: Compare Transformers and RNNs while deriving dense self-attention complexity. Separate projection and score costs, training parallelism, generation caching, long context, and streaming trade-offs.

Read the full C3 AI Data Scientist interview experience this question came from

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C3 AI
Aug 21, 2026
hardData ScientistTechnical ScreenMachine Learning
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