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A setup to measure the speed of sound in real time and reflect upon optimized empirical formulas to theoretically calculate the same - to check if they both complement each other.

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kar-Madhu/RTSS-Monitoring-Setup

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Real Time Speed of Sound (RTSS) - Monitoring Setup

Category RTSSv0.7 RTSS-MS (v1.0) Commentary
Objective Compute and compare speed of sound using sensors Same core objective Conceptually same - but implementation matured
Theoretical Model Used simplified empirical model: 331.3 + 0.606T + 0.0124H Uses Wong–Embleton (4th degree polynomial) v1 adds scientific rigor and accuracy
Timing esp_timer_get_time() via IRAM_ATTR ISR Same, retained No change - already well-implemented in v0.7
Vertical Correction Used D_corrected = sqrt(D^2 + 1.3^2) Same Consistent geometric correction in both
Modularity Monolithic code Modularized into .h/.cpp structure Easier to extend, debug, document
Validation Logic Simple comparison Uses alignmentCheck() with upload gating Adds logic layer before data goes out
Data Handling Serial only Serial + ThingSpeak every 15s MS adds live data publishing
Upload Trigger None - every cycle logs Conditional on alignment check Helps filter out misreads/noise
Code Style Working code with hardcoding & quick print Cleaner names, portable More reusable and readable

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A setup to measure the speed of sound in real time and reflect upon optimized empirical formulas to theoretically calculate the same - to check if they both complement each other.

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