MQM_Final(26.03.04-03.09)S_G (appendix)

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https://github.com/scwpark/MQM-PAM_OFDM_Phase-superposition_3D-mapping/tree/main

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MQM — Multi-Quantum Mode Transmission

"Big ALU Quantum Jump: MQM-Based Ultra-Fast HBM Transfer with Zero-Heat Architecture"

Transitioning CPU/GPU/NPU architectures from single-bit line processing to multi-dimensional MQM-based data transmission and processing.

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💡 Core Technology: 3D-Mapping Transfer

A revolutionary data transmission method that maps information into a 3D Symbol Space within a single cycle.

A single data symbol = ( Frequency, Amplitude, Phase )

1-cycle data  →  3D-mapping  →  High-speed transfer

📐 Core Formula

Data Transfer Throughput = [ Frequency (n bits) + Amplitude (m bits) ] × 2^p

Key Point: Phase is defined by bit count (p), yielding 2^p independent phase slots.

With p=3: 3 phase bits → 8 phase states (0°, 45°, 90°, 135°, 180°, 225°, 270°, 315°)

→ (n + m) × 2^p bits transmitted per cycle, per channel.

Phase bits → Phase states

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📊 Efficiency Example (n=8, m=8, p=3)

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🔧 Designer-Defined Bit Sequence Mapping

The assignment of n bits and m bits to the leading or trailing bit sequence is freely chosen by the system designer:

Key Point: MQM does not mandate a fixed mapping — the designer selects freely based on hardware constraints and optimization goals.

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🎛️ MQM Design Freedom — 6 Configuration Options

In MQM, Frequency (F), Amplitude (A), Phase (P) can each serve as either Data or State.
The system designer chooses freely based on hardware environment.

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⚡ Why MQM Reduces Heat

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📈 Channel Scaling: Quantum Jump Extension

4,096 channels (n=8, m=8, p=8) achieves data capacity comparable to a 21-qubit quantum computer.

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🔄 Implementation Pipeline

1. Compression — Raw data → Huffman Encoding
2. Encoding — MQM Mapping Table → Fourier Encoding (Superposition)
3. Transmission — Complex waveform over HBM/Data Channel
4. Decoding — Fourier Decoding → MQM Reverse Mapping
5. Restoration — Huffman Decoding → Raw Data for CPU/GPU

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📜 IP & License Notice

This technology is released as prior art. The author waives all patent rights.

• Free open-source — no patent restrictions
• Anyone may implement, use, or build upon MQM freely
• Any third-party attempt to patent this logic is strongly opposed

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• GitHub: https://github.com/scwpark/MQM-PAM_OFDM_Phase-superposition_3D-mapping
• Community: https://cafe.daum.net/scwpark

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☕ Buy Me a Coffee

MQM is free and open-source forever — no patent, no fee. If MQM helped you, a cup of coffee keeps this old doctor-inventor going! 🦋

👉 Buy Me a Coffee

Or directly via Shinhan Bank (신한은행):

• 예금주: PARK SUNG TAE (박성태)
• SWIFT: SHBKKRSE
• Account: 110-623-275173

"I had this dream in the 1980s. Forty years later, I'm giving it to the world for free. A coffee would be nice though." ☕😄

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