Edge computing is designed to bring computers and data closer to users’ devices, resulting in lower latency, improved data transmission, and faster processing speeds. Although it faces numerous challenges such as distribution, energy consumption, and security. Price solutions promise to provide better communication between edge servers and user machines, and optimize resource allocation despite scarcity. Despite the increase in research, there is a lack of suitable simulation tools. To solve this, a simulation tool called Edge Cloudsim can be deployed for Edge Computing. Edge Cloudsim supports a wide range of computing and networking capabilities. This is effectively tested in edge systems, in which the influence of computational mechanical parameters is investigated. This project demonstrates the capabilities of Edge Cloudsim to model and analyze various scenarios and configurations in a single-tier, two-tier, and two-tier with Enhanced Optimization (EO) edge computing environments.

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Comparing the Different Scenarios in 1-Tier, 2-Tier, and 2-Tier with EO-Assisted Applications

  • Aaliya Waseem,
  • K. M. Poornima

摘要

Edge computing is designed to bring computers and data closer to users’ devices, resulting in lower latency, improved data transmission, and faster processing speeds. Although it faces numerous challenges such as distribution, energy consumption, and security. Price solutions promise to provide better communication between edge servers and user machines, and optimize resource allocation despite scarcity. Despite the increase in research, there is a lack of suitable simulation tools. To solve this, a simulation tool called Edge Cloudsim can be deployed for Edge Computing. Edge Cloudsim supports a wide range of computing and networking capabilities. This is effectively tested in edge systems, in which the influence of computational mechanical parameters is investigated. This project demonstrates the capabilities of Edge Cloudsim to model and analyze various scenarios and configurations in a single-tier, two-tier, and two-tier with Enhanced Optimization (EO) edge computing environments.