Add the computation of the efficency for ram and cpu, which is defined as:
Integral(data)/(max(data)*num_data_points)
This effectively computes how much the resource has been used by defining the ratio between the integral of the data and the rectangle area obtained by multiplying the maximum and the number of data points.
For both cpu and ram, compute efficiency relative (relative efficiency) to the max of the data as well as the max possible usage (absolute efficiency). For cpu it's 100% usage max, for ram it can be read in container properties if a limit was set for the container, or host properties if no limit was set on the container.
VincenzoFerme
commented
8 years ago
Add the computation of the efficency for
ramandcpu, which is defined as:Integral(data)/(max(data)*num_data_points)This effectively computes how much the resource has been used by defining the ratio between the integral of the data and the rectangle area obtained by multiplying the maximum and the number of data points.
For both
cpuandram, compute efficiency relative (relative efficiency) to the max of the data as well as the max possible usage (absolute efficiency). Forcpuit's 100% usage max, forramit can be read incontainer propertiesif a limit was set for the container, orhost propertiesif no limit was set on the container.