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@cnsl-mru

Complex Networks and Systems Laboratory (CNSL)

Research team primarily focuses on adopting state-of-the-art analytical tools to characterize the dynamics of large-scale societal and wired/wireless networks.

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  1. Co-evolution-of-Viral-Processes-and-Structural-Stability-in-Signed-Social-Networks Co-evolution-of-Viral-Processes-and-Structural-Stability-in-Signed-Social-Networks Public

    Modeling the co-evolution of viral spreading and structural stability in signed networks

    MATLAB 3

  2. AoI-M_G_1-Vacation-Model AoI-M_G_1-Vacation-Model Public

    Age of Information in Multi-Source Updating Systems: An M/G/1 Vacation Queueing Model

    MATLAB 3

  3. StocNoC-Accelerating-Stochastic-Models-Through-Reconfigurable-Network-on-Chip-Architectures StocNoC-Accelerating-Stochastic-Models-Through-Reconfigurable-Network-on-Chip-Architectures Public

    Forked from dsdnu/sisNoC

    Reconfigurable network on chip architecture for accelerating stochastic models

    VHDL 1

  4. SI_1I_2SD-with-Duty-Cycles-in-Wireless-Sensor-Networks SI_1I_2SD-with-Duty-Cycles-in-Wireless-Sensor-Networks Public

    A bi-virus epidemic model for networks with duty-cycled wireless sensors

    MATLAB

  5. AoI-M_G_1-Breakdown-Model AoI-M_G_1-Breakdown-Model Public

    AoI Analysis of M/G/1 queueing model with server breakdown

    MATLAB

  6. Epidemic-models Epidemic-models Public

    Mathematica implementation of all classical epidemic models

    Mathematica

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