Optimization Problems in Throwbox-Assisted Delay Tolerant Networks: Which Throwboxes to Activate? How Many Active Ones I Need? PROJECT TITLE :Optimization Problems in Throwbox-Assisted Delay Tolerant Networks: Which Throwboxes to Activate? How Many Active Ones I Need?ABSTRACT:One in all the solutions to improve mobile Delay Tolerant Network (DTN) performance is to position further stationary nodes, known as throwboxes, to make a larger number of contact opportunities. During this paper, we study a key optimization drawback in an exceedingly time-evolving throwbox-assisted DTN: throwbox selection, to answer the queries like “how several active throwboxes do I want?” and “which throwboxes ought to be activated?” We formally outline 2 throwbox optimization problems: min-throwbox problem and k-throwbox downside for time-evolving DTNs modeled by weighted area-time graphs. We have a tendency to show that min-throwbox problem is NP-exhausting and propose a group of greedy algorithms that will efficiently give quality solutions for both challenging problems. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Trip Curves and Ride-Through Evaluation for Power Electronic Devices in Power System Dynamic Studies Synthesis for Width Minimization in the Single-Electron Transistor Array
