Graphical user interface of fuzzy logic based distributed flood adaptive control system for agricultural land and power generation in Punjab, Pakistan

The paper suggested a fuzzy logic based flood adaptive control system for flood water management and to use this water for agriculture and generating electric power in Punjab, by using an online survey conducted in the month of August, 2013. The online survey, data about soil and water was collected in flood areas i.e. Mianwali, Chiniot and Bahawalpur. The collected data was in the form of soil which included EC, P, S and PH and samples of water included ECw, SAR and RSE. In fuzzy logic based flood adaptive control system, two spilled fuzzy logic controller, fuzzy logic controller-1 and fuzzy logic controller-2 were used. Fuzzy logic controller -1 was used to take four input parameters i.e. reservoir opening, reservoir opening time, water flow rate and water pressure to generate one output i.e. reservoir depth. Similarly, Fuzzy logic controller-2 was used to take three input parameters from fuzzy logic controller-2 i.e. reservoir depth, reservoir depth output and reservoir depth output time to generate two output variables i.e. cultivation and power generation. For validation of flood adaptive control system data, we developed a graphical user interface.