Review: Leases: An Efficient Fault-Tolerant Mechanism for Distributed File Cache Consistency
A review and analysis of the classic 1989 paper on using timed leases for cache consistency in distributed file systems.
A. Jesse Jiryu Davis is a Senior Staff Research Engineer at MongoDB specializing in distributed systems, Python concurrency, and serverless architecture. He contributes to MongoDB drivers, async frameworks, and writes on software design and open source projects.
51 articles from this blog
A review and analysis of the classic 1989 paper on using timed leases for cache consistency in distributed file systems.
A review of the Huygens protocol, a method for achieving nanosecond-level clock synchronization and one-way latency measurement in data centers.
A technical review of the Nezha consensus protocol, which uses synchronized clocks for high-performance distributed systems.
Exploring Java Modelling Tools (JMT) for performance modeling and simulation of queue networks, as an alternative to formal methods.
Explains how Amazon DynamoDB implements distributed ACID transactions at massive scale without sacrificing performance for existing single-key operations.
Review of PolarDB-SCC, Alibaba's cloud-native database system that uses RDMA and new protocols to guarantee strongly consistent reads from read-only nodes.
A review of the book 'Performance Modeling and Design of Computer Systems' by a group of distributed systems engineers, assessing its utility for practical performance analysis.
Review of SelfTune, a research system for automatically and quickly tuning configuration parameters in cluster managers like Kubernetes.
A deep dive into database consistency and isolation levels for Python developers, with links to foundational papers and resources.
Argues that using executable languages like Python is superior to pseudocode for specifying algorithms, as it avoids ambiguity and bugs.
A review of the 1994 paper 'Distributed Reset' by Arora and Gouda, explaining a protocol for resetting all nodes in a distributed system to a common state.