Application traces can be obtained in several ways.
Since tracepoints can be placed anywhere in the application, tracing can serve a lot of different purposes.
We also observe a 2× improvement in performance for memory-centric application traces using the MORE modeling system.
Experimental evaluation shows that ZMesh when compared with baseline Mesh, shows an average improvement of up to 1.25× and 1.20× in energy consumption and execution time, respectively while running real application traces.
Compared to the state-of-the-art topologies such as DMesh, ZMesh shows an average improvement of up to 2.39× in terms of energy consumption, while suffering a degradation of up to 9.37% in execution time, for running real application traces.
Given an application's trace and a candidate time varying resource allocation plan, a trace-driven performance modeling technique [9] is used to predict the impact of the application's burstiness on the SLO.
The application will trace your travels and, depending on your mode of transport (Hummer or subway?), keep a running tally of your carbon footprint.
The linear programming solver relies on the application communication trace to identify the critical path of execution.
As the same time, the application can trace his/her actual evacuation route as the trajectory by measuring his/her positions periodically with GPS.
It reveals the effect of copper stress in maize, which will provide certain theory reference for the agricultural production and rational application of trace element copper.
LinkedIn spent more than a year tinkering with their public API, but the only substantial difference is that it now encrypts every member id with the identity of the developer and application to trace the source of a breach.
