Resumo

MONTIEL RAMOS, Arlet; MATOS RODRIGUEZ, Alian Ernesto  e  RODRIGUEZ CARDENAS, Bárbaro. System for real-time verification of signals from the autopilot of an aircraft. RCCI [online]. 2023, vol.17, n.3  Epub 01-Set-2023. ISSN 2227-1899.

Advanced visualization techniques allow relevant information to be presented in the right format and at the right time through visual interfaces so that operations can be executed efficiently. These techniques help prevent errors and misinterpretations that could lead to insecurity situations or equipment failures. They constitute one of the most relevant techniques in the field of computing, in many cases using specialized hardware such as Small Plate Computers. They are characterized by their low cost, high performance and lower power consumption compared to conventional computers. This can lead to an efficient result and at a lower cost. The main contribution of this work is a software capable of checking and visually representing the technical status of the autopilot of an aircraft using the Lattepanda V1 single board computer. For the solution, parallel programming methods were used with Thread in Visual Studio and .Net with Framework 4.5, which contributed to the efficient use of SBC resources and increased economic profitability compared to personal computers.

Palavras-chave : Human-machine interface; Lattepanda V1; communication standard RS485; single board computer.

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