Nesnelerin interneti bazlı uç bulut sistemleri için konteyner taşıma yaklaşımı

The increasing demand for edge computing and the rise of cloud systems have led to the need for efficient resource management and workload distribution across edge and central cloud environments. Containerization has emerged as a popular solution for application deployment and management due to its lightweight and portable nature. However, migrating containers between edge and cloud environments horizontally and vertically poses challenges in terms of network latency, resource constraints, and service availability. This research project aims to develop a container migration approach specifically tailored for edge-cloud systems. The objective is to design and implement a mechanism that enables seamless and efficient container migration between edge devices and cloud infrastructure. By leveraging the advantages of both edge and cloud computing, it will be possible to allocate resources dynamically based on workload demands and optimize the overall system performance. Key aspects of this project include investigating the challenges and requirements of container migration in edge-cloud systems, designing an efficient migration mechanism that considers network latency, resource availability, and service continuity, evaluating the performance and reliability of the migration approach under various scenarios and workloads, analyzing the cost-effectiveness and resource utilization of the proposed solution compared to traditional deployment models, and developing strategies for load balancing, fault tolerance, and workload optimization to enhance the overall system efficiency. This project aims to provide insights into the feasibility and benefits of container migration in edge-cloud systems. The findings will contribute to the development of more efficient resource management strategies and enable the seamless deployment and migration of containers across edge and cloud environments.