Edge computing and it’s role in IOT

Edge computing and it’s role in IOT

Mrs. Arpitha K                                                                          Lohith H R

Associate Professor                                                                   Dept of Computer Science & Engineering

Dept of Computer Science & Engineering                               BGSIT, Mandya

BGSIT, Mandya                                                                        lohithvirat9@gmail.com

ABSTRACT: The advent of microarchitecture has revolutionized digital applications, offering substantial performance improvements IoT, personalized processors have emerged as indispensable assets for enhancing communication efficacy. Specifically tailored for dynamic environments, IoT microarchitecture is tasked with adeptly managing myriad concurrent tasks. However, the efficacy of IoT systems hinges on seamless communication, and any lapse, such as a malfunctioning processor, can precipitate adverse outcomes like heightened energy consumption. Consequently, a nuanced understanding of microarchitecture nuances becomes paramount in selecting optimal processors. This research serves as a foundational exploration, delineating the pivotal role of dynamic communication in IoT ecosystems. By scrutinizing diverse communication protocols and strategies, this study underscores the criticality of dynamic communication in optimizing IoT device performance and functionality. From adaptability to energy efficiency, scalability, security, and real-time data exchange, dynamic communication emerges as the linchpin of IoT success, paving the path for resilient and efficient IoT deployments.