
Barış Çakır developed core control system features for the EgeMobil/EEM_TASK repository, focusing on embedded C programming and state machine design. He implemented a temperature control state machine that simulates sensor, heater, and cooler interactions, providing deterministic transitions and observable status outputs for hardware-in-the-loop testing. In addition, Barış created a dynamic matrix generator and printer using C, leveraging dynamic memory allocation and random number generation to facilitate scalable test data creation. He also built the core logic for adaptive cruise control, handling state transitions and safe-distance management. The work demonstrated solid foundational engineering and modular, testable code structure.

March 2025 performance summary for EgeMobil/EEM_TASK highlighting key features and bugs delivered, overall impact, and technologies demonstrated. Delivered two core capabilities that advance validation and safety features: (1) Dynamic Matrix Generator and Printer in C for fast, scalable test data creation; (2) Adaptive Cruise Control (ACC) core with state handling, speed/distance management, and vehicle/lead-vehicle data integration. These deliverables establish a solid foundation for testing, QA, and future feature expansion, aligning with the ADAS roadmap. Business value includes accelerated test data generation, more reliable ACC behavior modeling, and improved code quality through modular design and clear interfaces.
March 2025 performance summary for EgeMobil/EEM_TASK highlighting key features and bugs delivered, overall impact, and technologies demonstrated. Delivered two core capabilities that advance validation and safety features: (1) Dynamic Matrix Generator and Printer in C for fast, scalable test data creation; (2) Adaptive Cruise Control (ACC) core with state handling, speed/distance management, and vehicle/lead-vehicle data integration. These deliverables establish a solid foundation for testing, QA, and future feature expansion, aligning with the ADAS roadmap. Business value includes accelerated test data generation, more reliable ACC behavior modeling, and improved code quality through modular design and clear interfaces.
Month: 2025-02 — Summary of key technical deliverables for EgeMobil/EEM_TASK. Delivered a foundational Temperature Control State Machine in C, enabling basic simulation of a sensor, heater, and cooler with deterministic state transitions and observable status prints. This work provides hardware-in-the-loop testing capability and a solid baseline for future integration with real hardware. Key commits include: v1.0.0 adding main.c and initial state machine (034d7a58a7c567ea546402409a90833ebf40dc9c), and v1.0.1 fix: shutdown procedure for invalid states (043aa793d71e269a32feb65fc8b4730f78b9cee1).
Month: 2025-02 — Summary of key technical deliverables for EgeMobil/EEM_TASK. Delivered a foundational Temperature Control State Machine in C, enabling basic simulation of a sensor, heater, and cooler with deterministic state transitions and observable status prints. This work provides hardware-in-the-loop testing capability and a solid baseline for future integration with real hardware. Key commits include: v1.0.0 adding main.c and initial state machine (034d7a58a7c567ea546402409a90833ebf40dc9c), and v1.0.1 fix: shutdown procedure for invalid states (043aa793d71e269a32feb65fc8b4730f78b9cee1).
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