18089370. TRNG Conditioning Component with Extended Output Capability simplified abstract (SK hynix Inc.)
TRNG Conditioning Component with Extended Output Capability
Organization Name
Inventor(s)
Alexander Ivaniuk of Minsk (BY)
Siarhei Zalivaka of Minsk (BY)
TRNG Conditioning Component with Extended Output Capability - A simplified explanation of the abstract
This abstract first appeared for US patent application 18089370 titled 'TRNG Conditioning Component with Extended Output Capability
The abstract describes a random number generator and method for generating random numbers. The generator includes a noise source producing N noise bits, a conditioning component with an exclusive-OR circuit generating feedback bits, and a shift register receiving the feedback bits to output M random bits.
- The random number generator utilizes N noise sources to generate random bits.
- A conditioning component processes the noise bits using an exclusive-OR circuit and a shift register.
- Feedback bits are generated and incorporated into the output of random bits.
- The method involves pre-computing feedback bits to enhance the randomness of the generated numbers.
- The generator provides a reliable and efficient way to produce random numbers for various applications.
Potential Applications: - Cryptography - Simulation and modeling - Gaming and gambling industries - Statistical analysis - Secure communication protocols
Problems Solved: - Ensuring randomness in generated numbers - Enhancing security in cryptographic systems - Improving the accuracy of simulations and statistical analysis
Benefits: - Enhanced randomness and unpredictability - Increased security in data encryption - Improved performance in simulations and statistical calculations - Versatile applications in various industries
Commercial Applications: Title: Advanced Random Number Generator for Secure Applications This technology can be used in secure communication systems, online gaming platforms, financial transactions, and scientific research where random numbers are essential for accuracy and security.
Questions about Random Number Generator: 1. How does the conditioning component enhance the randomness of the generated numbers? The conditioning component processes the noise bits using an exclusive-OR circuit and a shift register, incorporating feedback bits to improve randomness. 2. What are the key advantages of using this random number generator in cryptographic applications? This generator provides enhanced security by producing truly random numbers, crucial for encryption algorithms and secure communication protocols.
Original Abstract Submitted
A random number generator and method for generating random numbers. The random number generator has a noise source configured to generate N sources of N noise bits and has a conditioning component comprising a multiple input exclusive-OR circuit generating feedback bits and a multiple input shift register receiving the feedback bits. The conditioning component is configured to process a sequence of the N noise bits from the N noise sources and output M random bits including the feedback bits obtained as a result of pre-computing.
