Development of Millimeter Wave Communication Using Dielectric Resonator Antennas Using Substrate Technology

Communication systems have become an integral part through the incorporation of advanced technologies. The millimeter-wave communication systems are developed using the aid of substrate technology integrated with deep learning techniques. They represent a greater leap in the field of wireless communication. Millimeter-wave frequencies range from 30 GHz to 300 GHz that have the capacity of higher data rates. Dielectric resonator antennas are used in millimetre-wave applications due to their compact size and efficiency. The antennas are designed using dielectric materials which have the capacity to resonate at particular frequencies. The performance of these antennas is improved using the substrate technology accompanied with deep learning techniques. They provide the optimum solution for integration with communication devices. The miniaturization of antennas is implemented using higher dielectric constant substrates. The complexity of the millimeter-wave is overcome using the aid of k-means optimization techniques. Thus, adaptive communication solutions help in the development of a millimeter wave communication system. Thus, the communication reliability is attained using these optimization techniques with estimating the channel conditions in real-time environments.