Since 2018, I have been an employee at the Department of Electronics and Digital Systems, which is part of the Faculty of Electrical Engineering at the University of Belgrade. Beginning in 2019, I also assumed the role of a teaching assistant in the same department while concurrently pursuing my doctoral studies. The main objective of my research revolves around sub-areas of embedded systems. This includes distributed embedded systems, IoT systems, battery-powered embedded systems, and developing optimized software solutions for embedded platforms.
October 6, 2026
A step-by-step guide to calibrating an OpenEPT Energy Profiler Probe with the automatic calibration wizard, worked through on a real board using an external voltage generator for the voltage, current and load channels.
October 3, 2026
How OpenEPT calibrates its voltage channel, current channel and programmable load from a guided wizard: the shared calibration data, the three-stage state machine, the maths behind every coefficient, and the firmware parameters that make it persistent.
September 20, 2026
A user guide to the Load tab of the OpenEPT GUI: static current, standard waveforms, custom waveforms with deviations and energy point markers, the waveform library and wave files.
September 20, 2026
How the OpenEPT Energy Profiler Probe generates static and waveform loads: the Load service, the timer/DMA driven DAC path, the control protocol, and the GUI Load tab.
September 2, 2026
OpenEPT introduces a host-side configuration build system for generating System, LittleFS, and complete device memory images for the Energy Profiler Probe and OpenEPT Charger.
August 31, 2026
An implementation-focused overview of the OpenEPT GUI extensions introduced to configure, control, and monitor the OpenEPT Charger.
August 31, 2026
OpenEPT introduces a unified parameter configuration mechanism for the Energy Profiler Probe and OpenEPT Charger, combining firmware-side default and persistent parameters with a metadata-driven GUI configuration architecture.
August 26, 2026
The new generation of the OpenEPT Energy Profiler introduces programmable protection, non-volatile configuration storage, an improved configuration interface, and support for an external charger board.
March 3, 2025
Real-time monitoring of energy consumption in embedded systems by integrating hardware sampling, a low-latency communication protocol, and visualization
December 12, 2024
This blog will guide you through the structure of our project, highlighting where to find key resources.
November 9, 2024
Milestone 6 - crucial hardware and software meeting point. It involved testing and integration, during which various issues were identified and resolved.
October 30, 2024
This post explains the process of interfacing the TI ADS9224R ADC with the STM32H7 MCU, focusing on hardware connections, SPI configuration, and data acquisitio
September 19, 2024
This groundbreaking innovation brings unprecedented advancements to embedded software profiling, offering real-time energy analysis with powerful visualization
June 5, 2024
This achievement lays a foundation for future advancements in real-time data acquisition and consumption measurements.
March 3, 2024
The system can now manage the control and monitoring of acquisition devices efficiently, ensuring communication and accurate execution status updates.
February 11, 2024
Milestone 4 is started!
December 5, 2023
The first milestone develops core firmware and GUI for OpenEPT, including system drivers, services, and a Qt-based GUI for device management and configuration.
November 1, 2023
This milestone targets functional blocks in the firmware, including drivers, libraries, services, and the application layer, ensuring efficient data processing
October 30, 2023
OpenEPT connects an Acquisition device and host via Ethernet, with FreeRTOS firmware for efficient data streaming and a flexible QT-based GUI for visualization
