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PROJECT NOTES / BACKEND & SYSTEMS

AppPowerMonitor

Measure the resource footprint of one application.

A Python monitoring tool that isolates application CPU and memory usage and estimates power consumption through TDP-based modeling.

PythonMultithreadingProcess MonitoringData Visualization
BACKEND & SYSTEMS↗
01Application process
02Sample resources
03Estimate power
04Log
SYSTEM ARCHITECTURE
01 / THE CHALLENGE

The problem

System-wide utilization can hide which application is responsible for a resource spike or an energy-intensive workload.

02 / THE APPROACH

How it comes together

Process-level samples are collected over time, logged, and visualized. A TDP-based estimate adds a directional view of power consumption.

03 / UNDER THE HOOD

Follow the flow.

SIMPLIFIED ARCHITECTURE
01Application process
02Sample resources
03Estimate power
04Log
05Visualize
04 / BUILD HIGHLIGHTS

Application-specific CPU and memory monitoring.

Real-time performance logging.

TDP-based power estimation.

Graphs for inspecting usage patterns.

THE ENGINEERING CHOICE

Why this approach?

Keep the estimation method explicit: modeled power is a useful comparison signal, while direct energy measurement would require additional instrumentation.

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