Latest Research in Distributed, Parallel, and Cluster Computing

Top Research Topics in Distributed, Parallel, and Cluster Computing

• Software System Performance and Reliability — 5 papers
• Distributed, Parallel, and Cluster Computing — 4 papers
• Cloud Computing and Resource Management — 3 papers
• Networking and Internet Architecture — 3 papers
• Software Engineering — 3 papers
• Programming Languages — 2 papers
• Operating Systems — 2 papers
• Scientific Computing and Data Management — 2 papers
• Cryptography and Security — 2 papers
• Advanced Database Systems and Queries — 1 papers

Highest-Cited Papers

1. Does Graph Structure Earn Its Place in Microservice Root-Cause Analysis? A Controlled Study on RCAEval, and What the Benchmark Was Really Measuring
2. Does Graph Structure Earn Its Place in Microservice Root-Cause Analysis? A Controlled Study on RCAEval, and What the Benchmark Was Really Measuring
3. Mitigating Webhook Event Amplification in Multi-Tenant SaaS Integrations Using Delta-Validated Event Propagation
4. STR-Agent: An LLM-Driven Agent for QoS-Aware Routing in LEO Satellite Networks
5. Ermes: a Stateful Serverless Platform for the Edge-to-Cloud Continuum
6. Enabling Scalable Real-Time Sensor Stream Processing Across Decentralized Privacy-Preserving Storage Solutions
7. Opportunistic ZGC: Leveraging Idle Cores for More Effective Concurrent Garbage Collection
8. State-Aware Performance Reproducibility in Stateful Serverless Applications
9. Predicting task outcome using ensemble machine learning models
10. Grouper: Scheduling Groups for Multi-Tenant Microsecond-Scale Microservices
11. Communication-Efficient Approximate Gradient Coding
12. Cloud-Native SIG Workshop: Deploying a Web Application with Kubernetes
13. Cloud-Native SIG Workshop: Deploying a Web Application with Kubernetes
14. ShellVis: Sandboxed Live Programming for Shell Scripts
15. Rust Coreutils: Rebuilding Unix Foundations in a Modern Language
16. Arcalís: Accelerating Remote Procedure Calls Using a Líghtweight Near-Cache Solution
17. Complexity and Scale in AI-Assisted Workflow Management: A Federated Learning Case Study
18. How are HPC, Edge and Serverless Architectures Built in the Cloud Continuum? An empirical analysis of cloud architectures in AWS
19. Adaptive AI Inference Optimization: A Comparative Simulation Study of Static, Reactive, Forecast-Based, and Optimization-Based Autoscaling
20. Augur: Predicting View Serializability Violations in Relational Data Store Applications