Optimized Storage and Resource Management in Fog Computing Paradigm

Abstract

Fog computing reduces network usage and latency. The fog layer connects IoT users to the cloud by executing applications or processing data in network infrastructure devices. Cloud-based IoT can provide communication, computing, and storage. Offloading computer-intensive apps with fog is promising. Fog computing expands IoT roles at the network edge and supports cloud platforms. Clients can send control signals using fog computing and cloud services. Offload latency-sensitive user experiences to broken fog nodes at the network's edge. This makes real-time cloud management of sensors, actuators, and wi-fi routers difficult. Most cloud efforts allocate communication and computational resources. Fog computing emphasizes communication or computation. Fog computing can improve service quality and manage network challenges caused by real-time, latency-sensitive applications and IoT bandwidth and user resource limitations. This chapter examines computing and communication resource allocation. In this chapter, the author also discusses service delay, link quality, and mandatory benefits.