Published Paper Details:

Wireless systems are becoming more multifunctional as they develop. Users have the option of connecting various wireless services for a variety of purposes and at various times thanks to its multi-functionality. These systems need changeable antenna in addition to rapid electrical and adaptive signal processing in order to realize their full potential. To reduce the number of antennas required for the given system function, the reconfigurable antenna can simply be employed. They may be created to service locations that are considerably more complex. Some of these functions include the use of reconfigurable hardware to boost system longevity and usage as programmable control elements with feedback to decrease errors and noise, and improve security. Software defined radio, cognitive radio, multiple inputs - multiple output systems, and multifunction consumer electronics are examples of emerging uses. Each antenna is discovered to be powered by a particular application. There isn't a single ideal use that would lead to a super antenna that could satisfy every system's requirements. The antenna's adaptability would provide innovative solutions for overcoming these difficulties. While a single individual element's aperture would be tiny for communication sensing and security, satellite communication requires wider aperture antennas. In this research, the re-configurability of micro strip antennas has been examined. One of the most adaptable antenna types, micro strip antennas can be used both as a single element in small devices and in massive phased arrays. This study work has examined the properties of micro strip antennas in relation to their adaptability and potential uses.