Seonglae ChoThe cellular architecture is designed to contain failure within an AZ, and traffic can be dynamically routed away to avoid those failures simply by redirecting at the frontend.
- prominent in parallel computing
Each cell is a compute node containing thread units, memory, and communication and isolated faults and prevent outages caused by software bugs, failed deployments, or overload
Slack's Migration to a Cellular Architecture - Slack Engineering
Summary In recent years, cellular architectures have become increasingly popular for large online services as a way to increase redundancy and limit the blast radius of site failures. In pursuit of these goals, we have migrated the most critical user-facing services at Slack from a monolithic to a cell-based architecture over the last 1.5 years. […]
https://slack.engineering/slacks-migration-to-a-cellular-architecture
셀룰러 아키텍처 Cellular Architecture: 최신 백과사전, 뉴스, 리뷰 및 연구
셀룰러 아키텍처 Cellular Architecture - 최신 과학 뉴스, 연구 검토 및 학술 기사. Academic Accelerator의 가장 완벽한 백과사전.
https://academic-accelerator.com/encyclopedia/kr/cellular-architecture
Guidance for Cell-based Architecture on AWS
This Guidance helps customers understand the concepts of implementing a cell-based architecture. This architecture shows fault isolation between cells, which are independent replicas of the system. Customers can use this Guidance to prevent outages caused by a software bug, failed deployment, or overload, ultimately reducing the impact to end-customers.
https://aws.amazon.com/ko/solutions/guidance/cell-based-architecture-on-aws/
Cellular architecture
cellular architecture is a type of computer architecture prominent in parallel computing. Cellular architectures are relatively new, with IBM's Cell microprocessor being the first one to reach the market. Cellular architecture takes multi-core architecture design to its logical conclusion, by giving the programmer the ability to run large numbers of concurrent threads within a single processor. Each 'cell' is a compute node containing thread units, memory, and communication. Speed-up is achieved by exploiting thread-level parallelism inherent in many applications.
https://en.wikipedia.org/wiki/Cellular_architecture