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Meharibel/README.md

Mehari Belay Meles, PhD

Wireless communications researcher working on radio-based positioning, drone localization, signal processing, and resilient navigation in GNSS-denied environments. My work combines measurements, algorithm development, and reproducible MATLAB simulations.

Google Scholar | Aalto research profile | ORCID

Research Interests

Wireless communications and positioning; drone localization in GNSS-denied environments; angle-of-arrival estimation; antenna arrays; MUSIC; least-squares estimation; extended Kalman filtering; and MATLAB simulation.

Featured Research And Code

Measurement-Based Drone Self-Localization Using Cellular AoA

MATLAB code and documentation | Paper DOI

Drone Localization Based On 3D-AoA Measurements

Project repository | Paper DOI

Publications

See my complete publication record on Google Scholar and the Aalto University research portal.

Reproducible Research

This profile is a central index for my publications and associated MATLAB implementations. Project repositories will document requirements, data, execution instructions, expected outputs, and citation information.

Popular repositories Loading

  1. Master-Thesis-DS-CDMA-MATLAB Master-Thesis-DS-CDMA-MATLAB Public

    MATLAB reproduction of a DS-CDMA master thesis using hybrid Gold-Walsh spreading, RS(18,16), 16-QAM, AWGN, jamming, and interception scenarios.

    MATLAB 1

  2. Measurement-based-performance-evaluation-of-drone-self-localization-using-AoA-of-cellular-signals Measurement-based-performance-evaluation-of-drone-self-localization-using-AoA-of-cellular-signals Public

    MATLAB code and measurement data for drone self-localization using cellular angle-of-arrival signals.

    MATLAB

  3. Drone-localization-based-on-3D-AoA-signal-measurements Drone-localization-based-on-3D-AoA-signal-measurements Public

    3D Drone Localization using MUSIC and EKF Based on Measured Signals.

  4. Meharibel Meharibel Public

    Research profile of Mehari Belay Meles: wireless communications, drone localization, AoA estimation, and reproducible MATLAB code.

  5. Nullifying-Jammer-Effects-in-RIS-Assisted-GNSS-Free-Drone-Localisation Nullifying-Jammer-Effects-in-RIS-Assisted-GNSS-Free-Drone-Localisation Public

    MATLAB code and fixed simulation inputs for RIS-assisted GNSS-free 3D drone localisation with jammer nullification.

    MATLAB

  6. Drone-Localization-Using-Dual-RIS-Equipped-Drones-Under-Jamming Drone-Localization-Using-Dual-RIS-Equipped-Drones-Under-Jamming Public

    MATLAB code, trajectory data, saved results, and original figures for dual-RIS GNSS-free drone localization under jamming.

    MATLAB