Securing Communication By Chaotic Signals TRIZ Cases
- Encryption Retransmission Architecture for Resilient IIoT Communications
Protocol-free encryption and header layering isolate trusted IIoT data paths, improving attack resilience and data integrity.
- Cross-Band Channel Key Generation for Wireless Encryption
A higher-frequency channel supplies keying material for lower-band encryption, improving randomness and security with less computational overhead.
- Chaotic State Vector Encryption Without Key Exchange
Chaotic state vectors let sender and receiver generate matching encryption keys independently, avoiding key exchange and reducing communication overhead.
- Scatter Network Device for Noise-Like VPN Traffic Obfuscation
Encrypted key-exchange requests resemble random noise while authenticated messages use a second band, masking VPN traffic from eavesdropper inference.
- Chaotic State Vector Generators for Mitigating MITM Attacks
Common starting points and updated distances let devices generate matching encryption states while mitigating man-in-the-middle attacks.
- OFDM System Using Non-Linear Phase Transformation
A communication system applies non-linear phase transformations to complex baseband symbols.
- Unitary Braid Divisional Multiplexing for Wireless Signal Security
A communication system applies unitary braid divisional multiplexing to encode signals via arbitrary transformations.
- Serial Transmission EMI Reduction via Scrambling and Bit Stuffing
Scrambling serial data with pseudo-random sequences and inserting dummy bits ensures reliable clock recovery while minimizing electromagnetic interference.