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COMPREHENSIVE EVALUATION OF PERFORMANCE, RELIABILITY, AND COST IN AWS SERVERLESS EVENT-DRIVEN ARCHITECTURES

Paper ID:
IJSDIP_2015_VOLUME 3_ISSUE 4_40-49
Author's Name:
Dileep Kumar Ghattamaneni
Volume:
3
Issue:
Issue 4
Year:
2015
Pages:
40-49

Abstract

This research study primarily focuses on the fundamental concepts of serverless within the context of event-driven architecture, with a particular emphasis on AWS (Amazon Web Services), as assessed through performance, reliability, and cost analysis. These are all implemented and computed in an earlier stage. AWS Lambda consists of several ideas related to ephemeral execution, triggers, and fine-grained payment models. These are all used as cloud service prototypes, such as Amazon EC2 auto-scaling and S3 Event triggers, in the early stages of distributed queue systems. These are all influenced by the development of serverless computing. These types of methodology utilize the comparison among the frameworks to analyze the latency, throughput, fault tolerance, and billing structure. All of which have the advantages and disadvantages of event-driven architecture. The findings indicate that serverless technology offers greater elasticity, cost-effectiveness, and performance stability across different periods. This study primarily examined the various offers related to transitioning to cloud computing and analyzed the historical work on future serverless research.

Keywords

AWS Serverless computing, Event-driven architecture, Performance Evaluation, Reliability assessment, Cost optimization, cloud computing.

References

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