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Which brain-inspired feature enables neuromorphic chips to process sparse data efficiently?
- Event-Driven Computation
- Spiking Neurons
- Both A and B
- Neither
Answer: Both A and B
Event-driven computation and spiking neurons enable efficient processing of sparse, temporal data.
The technology that uses cellular processes for computation is called ________ Computing.
Answer: Cellular / Biological
Cellular computing uses biochemical reactions in cells for parallel computation. Early research stage.
Quantum annealing is suitable for optimization problems but not for general-purpose quantum computing.
- True
- False
Answer: True
Quantum annealing specializes in optimization via quantum tunneling. Different from gate-based universal quantum computing.
The technique that enables training on decentralized data without sharing raw datasets is called ________ Learning.
Answer: Federated
Federated Learning trains models across devices/servers holding local data, sharing only model updates.
Which DeFi mechanism enables borrowing against crypto collateral without credit checks?
- Yield Farming
- Collateralized Lending
- Liquidity Mining
- Staking
Answer: Collateralized Lending
Collateralized lending protocols allow borrowing by locking crypto collateral, with automatic liquidation if collateral value drops.
Which advantage do neuromorphic chips offer for always-on edge AI applications?
- High Precision
- Ultra-Low Power
- Large Memory
- Fast Clock
Answer: Ultra-Low Power
Neuromorphic chips achieve ultra-low power via event-driven, sparse computation. Critical for battery-powered edge AI.
The technology that uses neural networks implemented in biological tissue is called ________ Computing.
Answer: Wetware / Biological
Wetware computing uses biological neurons for computation. Early research stage with potential for ultra-low power AI.
The technique that enables training on encrypted data without decryption is called ________ Encryption.
Answer: Homomorphic
Homomorphic Encryption enables computation on ciphertext, producing encrypted results that decrypt to correct output.
The pattern that enables event-driven communication between microservices using message brokers is called ________ Architecture.
Answer: Event-Driven
Event-driven architecture uses message brokers for asynchronous, decoupled service communication.
Which DeFi risk arises from price oracle manipulation that can trigger liquidations?
- Impermanent Loss
- Oracle Manipulation
- Smart Contract Risk
- All of these
Answer: Oracle Manipulation
Oracle manipulation feeds false prices to DeFi protocols, triggering incorrect liquidations or arbitrage. Critical vulnerability requiring decentralized, robust oracles.
Which application benefits most from neuromorphic computing's event-driven processing?
- Batch Data Processing
- Real-time Sensor Processing
- Offline Analytics
- Database Queries
Answer: Real-time Sensor Processing
Neuromorphic chips excel at processing sparse, event-driven data from sensors: vision, audio, IoT. Critical for edge AI with low power budgets.
The computing paradigm that uses DNA strands for parallel computation is called ________ Computing.
Answer: DNA / Molecular
DNA computing uses biochemical reactions for massive parallelism. Research stage with potential for solving complex combinatorial problems.
The technique that enables verification of model integrity without revealing model weights is called Zero-________ Proofs.
Answer: Knowledge
Zero-Knowledge Proofs enable proving model properties without revealing weights. Critical for privacy-preserving model verification.
Which DeFi mechanism allows users to earn yield by providing liquidity to trading pairs?
- Yield Farming
- Liquidity Mining
- Both A and B
- Neither
Answer: Both A and B
Yield farming/liquidity mining rewards users with tokens for providing liquidity to DEX pools. Critical DeFi incentive mechanism with impermanent loss risks.
Which brain-inspired feature do neuromorphic chips use for energy-efficient processing?
- Spiking Neurons
- Event-Driven Computation
- Both A and B
- Neither
Answer: Both A and B
Neuromorphic chips use spiking neurons that fire only when needed, and event-driven computation that processes only changes. Critical for edge AI efficiency.
The technology that uses proteins for computational tasks is called ________ Computing.
Answer: Protein / Molecular
Protein computing uses biomolecular interactions for parallel computation. Research stage with potential for ultra-low power, massive parallelism.
The technique that adds noise to model gradients during training to prevent privacy leaks is called ________ SGD.
Answer: Differential Privacy / DP
DP-SGD adds calibrated noise to gradients during training, providing differential privacy guarantees. Critical for privacy-preserving ML training.
The pattern that enables stateless microservices to scale independently is called ________ Scaling.
Answer: Horizontal
Horizontal scaling adds more instances of stateless services to handle increased load. Contrasts with vertical scaling (upgrading instance size).
Which DeFi risk arises from smart contract vulnerabilities that can be exploited by attackers?
- Impermanent Loss
- Smart Contract Risk
- Oracle Manipulation
- All of these
Answer: All of these
DeFi risks: smart contract bugs enable fund theft, oracle manipulation feeds false prices, impermanent loss affects liquidity providers. Critical for DeFi security understanding.
Which advantage do neuromorphic chips offer over traditional GPUs for AI inference?
- Higher Precision
- Lower Energy Consumption
- Larger Memory
- Faster Clock Speed
Answer: Lower Energy Consumption
Neuromorphic chips achieve orders-of-magnitude better energy efficiency by mimicking brain's event-driven, sparse computation. Critical for edge AI and sustainable computing.