Random Number Generators TRIZ Cases
- SRAM Random Number Generation via Multi-Voltage Cell Testing
Multi-voltage testing identifies stable memory cells across voltage transitions, resolving PUF value inconsistencies caused by imbalanced cell characteristics.
- Hierarchical Seed Generation for Distributed Simulation Reproducibility
A hierarchical seed generation process produces unique seeds for each agent using mixing functions to ensure deterministic pseudo-random number sequences.
- Single Wire Digital Bus Auto-Addressing for Sensor Networks
A single wire digital bus enables devices to arbitrate and transmit unique addresses without pre-stored values.
- Wireless Random Signal Generation for Low-Complexity Devices
A transmission system wirelessly sends a randomly manipulated signal to user devices for direct measurement and random number generation.
- Gaming Device Dynamic Column Expansion via Qualifier Symbols
Electronic gaming device selects symbols from reel strips and expands column positions upon detecting qualifier symbols to enhance randomness.
- Data Segmentation and Random Distribution for Ransomware Resilience
A data processing apparatus partitions original information into partial pieces and distributes them across multiple servers to prevent unauthorized restoration.
- Random Number Sequence Periodicity Detection via Wigner Distribution
Wigner distribution analysis detects periodic segments in random number sequences, correcting biases that compromise statistical randomness quality.
- Side Channel Attack Prevention via Input Mutation
Randomly mutating cryptographic inputs before processing to harden data, preventing attackers from correlating physical emissions with secret keys.
- Random Number Generator Using Multiple Moduli Functions
Electronic random number generator evaluates functions modulo distinct moduli to combine results, resisting Berlekamp-Massey attacks on linear sequences.
- Entropy Storage Ring for Self-Timed Logic Random Number Generation
A signal storage ring circulates entropy bit streams from a self-timed logic generator to supply a pseudo-random number generator.
- Random Number Array Shuffling for Balanced Distribution
A random number array uses storage units and random shuffling to retrieve distinct values.
- Random Interrupts for DPA Attack Defense in Data Storage
Interrupt mechanism inserts non-cryptographic functions at random intervals to mask power signatures and prevent differential power analysis attacks.
- Trust Anchor ASIC Identity Verification via Posture Assessment
A trust anchor verifies an ASIC identity through a cryptographic posture assessment protocol.
- Systolic Random Number Generator Using Ring Oscillator Array
A systolic array of ring oscillators generates random numbers for cryptographic applications.
- Transistor TRNG for Neural Network Dropout and Initialization
A transistor-based true random number generator creates noise signals using carrier trapping layers.
- Dual Block Cipher Security Apparatus for Embedded Systems
Independent block ciphers mask intermediate results via wait states, preventing key leakage in embedded systems.
- Reel Symbol Clustering Strategy for Gaming Volatility Management
Deterministic index tables cluster target symbols on reel strips, resolving the trade-off between minimum award guarantees and high computational complexity.
- Nonce Generation via Hash Subsets for Replay Protection
A hash engine extracts a selector from a first input to choose a shorter second subset as a nonce for communication.
- Processor Shuffling Logic for Parallel Random Permutation Generation
Modular addition and rotation shift operations on index numbers enable parallel processing while reducing storage space requirements.
- Invertible Logic Gate Circuit Escaping Local Minima
A processing circuit uses invertible logic gates to probabilistically update signal values based on Hamiltonian relationships.
- Embedded Microprocessor Code Protection via Salted Hash Cache Authentication
Salted hash authentication in a secure cache prevents man-in-the-middle attacks on embedded microprocessor code while minimizing RAM overhead.