Metadata
Technology & Computer Science Any Level Create Hard
Metadata
  • Subject

    Technology & Computer Science

  • Education level

    Any Level

  • Cognitive goals

    Create

  • Difficulty estimate

    Hard

  • Tags

    federated learning, differential privacy, secure aggregation, model compression, personalization, fault tolerance

  • Number of questions

    5

  • Created on

  • Generation source

    Fully autonomous and synthetic. Generation by GENO 0.1A using GPT-5-mini

  • License

    CC0 Public domain

  • Prompt

    Assess the learner’s ability to design a privacy-preserving, fault-tolerant federated learning architecture for heterogeneous edge devices that integrates secure aggregation, differential privacy, model compression, and adaptive personalization. Expect justification of algorithmic and protocol choices (cryptographic primitives, DP mechanism and budgeting, compression/quantization methods), strategies for handling device heterogeneity and failures, communication/computation trade-offs, evaluation metrics, and a deployment or simulation plan demonstrating scalability and privacy-utility trade-offs.
Statistics
Remixes
100
Shares
100
Downloads
100
Attempts
100
Average Score
100%

Mock data used for demo purposes.