A Qt-based application for real-time monitoring and analysis of aircraft engine sensor data received from FPGA units. This system provides comprehensive visualization and logging of engine health parameters during pre-flight testing and operation.

Saino is the main monitoring application that receives, processes, and displays real-time sensor data from aircraft engines via FPGA units. It implements robust data handling with corruption tolerance while providing intuitive graphical interfaces for engine health assessment.

• Real-time Data Acquisition: Receives engine sensor data via serial communication
• Robust Protocol Handling: Tolerates and recovers from data corruption as specified in the protocol
• Comprehensive Visualization:
  • Circular gauges for critical parameters with configurable ranges
  • Real-time warning lights for sensor errors
  • Dual-table display for organized data presentation
• Excel Data Logging: Continuous storage of all received data in Excel-compatible format
• Configurable Serial Interface: Flexible serial port configuration for various hardware setups
• Corruption-Resistant: Designed to handle real-world data corruption scenarios from jet engine environments

This application works in conjunction with:

• JetMotor FPGA Simulator - Generates synthetic FPGA data for testing and development

• Header Validation: Strict 0xA5 0xA5 0xA5 0xA5 validation
• Checksum Verification: UINT16 checksum from MSG COUNTER to last FACTOR
• Footer Confirmation: 0x55 footer validation
• Duplicate Detection: MSG COUNTER tracking to prevent duplicate processing
• Corruption Handling: Graceful recovery from partial or corrupted messages