2003 · 73 citations · 15 references
ComputingComputer ScienceHigh-performance ComputingDistributed SystemsInstrumentationOperating SystemsDistributed DebuggingDistributed MonitoringDistributed Systems PerformanceMonitoringSystem MonitoringApplication MonitoringDistributed System MonitoringEnd-to-end MonitoringInstrumentation System DesignPerformance MonitoringResource MonitoringThroughputWeb Services
High‑performance distributed systems frequently suffer from low throughput or high latency, requiring detailed end‑to‑end instrumentation that must impose minimal overhead to avoid perturbing the system. This work introduces a lightweight, dynamically activatable instrumentation framework that unobtrusively gathers and aggregates fine‑grained monitoring data across distributed applications. The framework leverages emerging web services to enable remote interaction and control of the instrumentation system.
Developers and users of high-performance distributed systems often observe performance problems such as unexpectedly low throughput or high latency. Determining the source of the performance problems requires detailed end-to-end instrumentation of all components, including the applications, operating systems, hosts, and networks. However, one must be very careful to design the instrumentation to have extremely low overhead, and not affect the system being monitored. In this paper we present a very light-weight instrumentation system that can be dynamically activated to unobtrusively collect and aggregate detailed end-to-end monitoring information from distributed applications. We also show how emerging "web services" can be used to facilitate remote interaction with this system.
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