This paper presents a cutting-edge X-Band antenna design featuring a longitudinal slot doublets array with a waveguide feed. The antenna boasts exceptional high-gain and high-bandwidth characteristics, making it a valuable asset in modern radar and communication systems. The design incorporates advanced waveguide technology to efficiently transmit and receive signals within the X-Band spectrum, offering unparalleled performance. Through extensive simulation and testing, this study demonstrates the antenna's ability to push the boundaries of traditional X-Band antenna design, opening up new possibilities for high-performance applications.

This research delves into the fascinating world of image processing, specifically focusing on image denoising and compression techniques employing the power of wavelets. In an era where high-quality visuals are paramount, the utilization of wavelet-based algorithms has emerged as a transformative method to enhance visual clarity. This paper presents an in-depth exploration of wavelet-based image denoising, effectively removing unwanted noise while preserving image details. Furthermore, it investigates the application of wavelets in image compression, enabling efficient data storage and transmission without compromising image quality. Through comprehensive experimentation and analysis, we unveil the magic of wavelets in elevating visual clarity while optimizing data usage.