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@IEEE-IIITD @IEEE-IIIT-Delhi @KTH-EXPECA
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neelabhro/README.md

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  1. ROSNet-A-WMN-based-Framework-using-UAVs-and-Ground-Nodes-for-Disaster-Management ROSNet-A-WMN-based-Framework-using-UAVs-and-Ground-Nodes-for-Disaster-Management Public

    A Multi Hop Communication implementation using UAVs. The system would act as a delay tolerant network gathering messages from one location and delivering them to another. The Network is Ad-Hoc with…

    Python 28 13

  2. Deep-Learning-based-Wireless-Communications Deep-Learning-based-Wireless-Communications Public

    Semantically optimized end to end learning solutions for Wireless Communications using Deep Learning

    Jupyter Notebook 24 4

  3. KTH-EXPECA/CLEAVE KTH-EXPECA/CLEAVE Public

    ControL bEnchmArking serVice on the Edge - A framework for testing, benchmarking and evaluating control loop applications on the Edge, written in Python 3.8+.

    Python 1 6

  4. Data-Telemetry-using-WiFi-based-IoT-Nodes Data-Telemetry-using-WiFi-based-IoT-Nodes Public

    Communication Relay by creating a WiFi Mesh Network using ROS, and using that network for Data Telemetry, with Telemetry radios ( Ubiquiti Bullet, Ubiquiti Nanostation) being used as Access Points …

    Python 9 5

  5. UAV-based-Person-Re-Identification-and-Dynamic-Image-Routing-using-WMNs UAV-based-Person-Re-Identification-and-Dynamic-Image-Routing-using-WMNs Public

    In this paper, we propose a system wherein we explore on-board re-identification of persons using cameras mounted on Unmanned Aerial Vehicles (UAVs). The captured images are dynamically shared betw…

    MATLAB 14 2

  6. Experimental-Observations-on-the-Feasibility-of-VLC-Based-V2X-Communications-under-various-Environme Experimental-Observations-on-the-Feasibility-of-VLC-Based-V2X-Communications-under-various-Environme Public

    In this paper, we have analyzed the performance of VLC based V2X communication under various environmental deterrents viz. Light Fog, Dense Fog, Light Smoke and Dense Smoke using a proof-of-concept…

    1