Abstract:
This thesis presents the design and implantation of a smart monitoring and control of environmental parameters in a greenhouse temperature-humidity and ambient light based on the feedback theorem as an embedded system. The thesis addresses the problems of conventional control for such parameter since the autonomous control helps and participates in imprevent of the level of efficiency. The software code is developed using both Micro C for PIC and SQLITE while Protues7.7 package is used as simulator program for development of the system Tests obtained from the simulation environment and from actual hardware have shown that the system behavior is consistent with the requirements. This thesis makes communication between stations of greenhouse easy and simple, by using database and monitors.
