Bio-Inspired Wireless Optimization for 6G ISAC
ℹ️ This repository preserves the original research prototype for bio-inspired wireless optimization in 6G ISAC.
The code is maintained as a complete experimental snapshot accompanying the research, rather than an actively evolving software project.
The files here represent the full implementation exactly as it existed at the conclusion of the study.
ZPRE-Implementation provides working prototypes of adaptive, bio-inspired algorithms for wireless optimization in next-generation networks.
The repository focuses on interference cancellation, energy efficiency, and standards-aligned integration with 6G Integrated Sensing and Communication (ISAC).
Through validated simulation frameworks, these implementations demonstrate:
- +35–40% energy preservation
- +20–25 dB SINR gain
- Adaptive, real-time learning
- Configurable operational modes for diverse deployment scenarios
This repository complements the theoretical research in ZPRE-10-General-Field-Energy-Engine by providing runnable, standards-ready code.
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Adaptive Interference Cancellation
FxLMS-based Unified Dampening Protocol (UDP) with configurable modes -
Benchmarking Framework
Reproducible experiments with CSV logging and visualization tools -
6G ISAC Integration
Standards-aligned testing for joint sensing and communication -
Modular & Extensible Design
Clean interfaces for adding algorithms, modules, and hardware integration
- ✅ +35–40% energy efficiency improvement
- ✅ +20–25 dB SINR gain
- ✅ Real-time adaptation for dynamic wireless environments
- ✅ Three operational modes: Efficiency, Balanced, Enhance
ZPRE-Implementation/
├── README.md # You are here
├── LICENSE # Apache-2.0 (recommended)
├── src/ # Core prototypes
│ ├── FxLMS_UDP_Prototype.py
│ ├── ZPRE_Benchmarking.py
│ └── 6G_ISAC_Integration.py
├── examples/ # Usage demos (planned)
├── docs/ # Architecture notes (planned)
└── tests/ # Validation suites (planned)
This repository applies bio-inspired optimization to 6G ISAC systems.
For a complete catalog of related research:
📂 AI Safety & Systems Architecture Research Index
Thematically related:
- Zero Water AI Data Center — Infrastructure optimization
- Designing for Failure — What happens to communication architecture when you can no longer trust the propagation medium itself? A systems thinking exercise.