For this diplomatic I need to show how can I cover a busy LTE-A network that the users are not able to use the LTE-A network smoothly. Drones should be placed in a busy area in a way that will solve the busy network traffic (etc. boost the LTE-A, extend the network by using neighbors’ network). The number of drones needed, the flying time, areas that the drones will be places is important part of the diplomatic. Also, is important to know how I can save energy of the drones.
A simulation in C++ or Mad lab or Java of the above scenario is highly required. A report of 70 pages is required, including Introduction, Main report, Further work, Conclusion.
DIPLOMATIC REQUIREMENTS (Given Scenario)
In areas where LTE-A network is provided, is observed several times the need of extension coverage, as well as a discharge of a particular area with increased user traffic in order to achieve the best value service (QoS) to all users that are participating in the network. For this purpose, placing no manned drones by users, that are flying over the areas of high demand services and unload the network are the lately solutions. There are many challenged that should be faced in this case. One of the most important case is where exactly to fit the unmanned drones, in a way that the connection will be the best between all the users. Also, the amount of flying time over a specific location should be taken into consideration. Furthermore, other questions that should be addressed, are what is the minimum number of unmanned drones that should be used and how to reduce any energy costs. The ultimate aim of this diplomatic, is to develop a new technique that will took into consideration different parameters, such us the residual energy of the drone. Finally, the number of the drones that are required to expand the covered area and the number of transitions (hops) from area to area should be addressed.