The architecture is extensible and modular, promotes reuse of libraries at different layers and offers the flexibility to add additional plug-ins at different ...

More specifically, workload generators for testing and benchmarking stream processing systems should have the ability to simulate or emulate traffic generated ...

This work presents a scalable framework for synthesis of distributed workload based on identifying different layers of workload corresponding to different ...

Testing and benchmarking of stream processing systems requires workload representative of real world scenarios with myriad of users, interacting through ...

The architecture is extensible and modular, promotes reuse of libraries at different layers and offers the flexibility to add additional plug-ins at different ...

Bibliographic details on Distributed multi-layered workload synthesis for testing stream processing systems.

2008; OOPSLA 2008. Distributed multi-layered workload synthesis for testing stream processing systems. Eric Bouillet; Parijat Dube; et al. 2008; WSC 2008. 1 · 2 ...

Distributed multi-layered workload synthesis for testing stream processing systems. Eric Bouillet; Parijat Dube; et al. 2008; WSC 2008. TVDc: Managing security ...

This paper presents a framework for producing synthetic workloads for stream computing systems. Our framework extends known random graph generation concepts.

Distributed multi-layered workload synthesis for testing stream processing systems ... a specific data stream approach for more realistic system-level testing.