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Bibliographic Details
Main Author:	Nagy, Norbert Ferenc
Format:	Recurso digital
Language:	English
Published:	Zenodo 2026
Online Access:	https://doi.org/10.5281/zenodo.18857429
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# THERMO Communication Architecture   Author:   Nagy Norbert Ferenc   Copyright © 2026   All rights reserved.   ---   ## Abstract   The THERMO Communication Architecture introduces a conceptual framework for communication systems that integrates thermodynamic modeling with adaptive information transmission and distributed network control.   The proposed approach interprets communication channels as physical dissipative systems whose states influence communication capacity, network routing, and system stability.   Instead of modeling noise purely as a statistical disturbance, the framework incorporates thermodynamic channel state variables and uses these states to guide communication decisions.   This perspective enables communication systems that dynamically adapt to physical channel conditions and environmental changes.   ---   ## Conceptual Foundations   The THERMO framework combines ideas from several scientific domains:   - Information Theory - Thermodynamic System Modeling - Adaptive Communication Protocols - Distributed Mesh Networking - Information Geometry   This integration enables a unified view in which communication networks behave as dynamic physical systems governed by energy constraints and channel state evolution.   ---   ## Architecture Overview   The THERMO architecture consists of several conceptual components forming a communication stack:   **ThermoPHY**   Adaptive physical layer communication model.   **ThermoCoding**   Dynamic encoding strategies responding to channel state conditions.   **ThermoRouting**   Energy-aware routing mechanism derived from thermodynamic optimization principles.   **ThermoMesh**   Distributed communication topology supporting scalable mesh networks.   **ThermoAI**   Predictive control layer capable of forecasting channel state evolution.   **ThermoOS**   System-level coordination layer integrating the communication architecture.   This public record intentionally provides only a conceptual overview of the technology.   ---   ## Purpose of This Release   This Zenodo record serves three purposes:   1. Scientific documentation of the conceptual framework 2. Timestamped intellectual property record 3. High-level overview of the THERMO communication architecture   Operational algorithms, parameterization strategies, and implementation details are not disclosed in this document.   ---   ## Potential Application Domains   The THERMO communication framework may be applicable in several areas including:   - distributed sensor networks - Internet of Things (IoT) communication infrastructures - acoustic and ultrasonic communication systems - harsh-environment communication networks - adaptive mesh networking - energy-constrained communication infrastructures   ---   ## Intellectual Property   The THERMO Communication Architecture and all related conceptual frameworks constitute proprietary intellectual property owned by the author.   This includes:   - theoretical models - system architectures - optimization frameworks - communication methodologies - derived technologies   All rights are reserved.   Publication of conceptual descriptions does not grant permission to reproduce or commercialize the technology.   ---   ## Commercial Licensing   The technology described in this repository may be available for:   - technology licensing - research collaboration - industrial partnerships - consulting and technology transfer   Detailed technical documentation and implementation information may be provided under separate agreement.   ---   ## Citation   If referencing this work, please cite the Zenodo record associated with this publication.   ---   © 2026   Nagy Norbert Ferenc   All rights reserved.

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