Additional materials to "Design of cooperative communication system based on CubeSat satellites" (master thesis) .
An open-source, modular Python toolbox to easily calculate satellite link budgets
Models channels for RF propagation between a satellite and ground station
MATLAB simulator for wireless sensor networks (WSN): models tree and star topologies, checks node-to-parent connectivity, detects the hidden terminal problem between sibling nodes, and estimates per-level and end-to-end packet delivery success probability from a radio link-budget / path-loss model.
MATLAB framework for Q-band LEO satellite link budget modeling with adaptive coding and modulation (ACM). Includes time-varying propagation and realistic noise modeling.
A quick tool to aid in link budget calculations and to ensure a sufficient link margin.
Fast rust port of ITU-R P-series atmospheric propagation models for Earth-space link attentuation calcualations.
Open-source Python toolkit for satellite communications engineering
End-to-end LEO satellite comms simulator: ITU-R P.618 link budget, CCSDS LDPC coding, T4B GNSS ranging, and OTFS waveform over ETU channel — all in MATLAB.
Free Windows GUI for RF & satellite link budget analysis — FSPL, ITU-R P.676/P.838, EIRP, Eb/N0, sweep plots, PDF reports
MatLab scripts for the simulation of the link budget of a LoRa communications system in a CubeSat flying in LEO
Physical Layer Linter — MCP server that validates RF link budgets, Shannon capacity, and noise floors against hard physical limits
Simple fiber optic link budget calculator
Systems-engineering design of a 2.4 GHz XBee-based CanSat covering telemetry, ground control, electrical interfaces, requirements traceability and RF link-budget analysis.
Antenna-first lab for 1U CubeSat: reproducible UHF monopole sizing + matching/VSWR + verification plan, designed to plug into COMMS-first link budgets.
Analytical THz propagation modeling (spreading + molecular absorption loss) validated against material transmission/reflection testing and full 3D ray tracing (CADFEKO/WALLMAN/PROMAN) across indoor and outdoor scenarios at 2.4 GHz and 130 GHz.
A Python simulation of a Ku-Band (12 GHz) LEO satellite-to-UAV communication link, featuring dynamic RF link budget analysis, Northern German weather fade modeling, and autonomous RTH fail-safe logic.
Microwave radio link design tool per ITU-R standards (P.530, F.386, P.838): link budget, Fresnel clearance, rain fade and availability — 110 km Andes case study
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