Arduino Platform for Rapid Prototyping
Explore the capabilities of the Arduino platform for creating specialized devices efficiently. The research focuses on developing a timer using Arduino to solve the issue of speaker presentation timing control. Various electronic platforms within Arduino, research objectives, and theoretical explanations are discussed.
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Presentation Transcript
Research on the Arduino platform for prototyping and creating single instances of narrow devices Author: Klybik Sergey Vladimirovich Student of 814302
Introduction Actual problem: control speaker presentation time. Known solutions: control by wristwatches, verbal information - have flaws. Our solution: special timer on arduino.
Relevance Testing the capabilities of prototyping tools for focused solutions.
Research hypothesis In a short time on the Arduino platform, you can create a device with a narrow focus.
Purpose O exploring the capabilities of the Arduino platform for creating autonomous specialized devices and the creation of a timer indicating the light of the time, which does not require additional training of speakers.
Research objectives O Create a prototype device based on the layout. O Work out the data entry with the buttons. O Work out the data output on the alphanumeric display. O Management of external indicator lights. O Develop an algorithm for the device. O Creating a microcontroller firmware code. O Assembly of the device in the cas
Theoretical part Arduino is development of electronic devices. a platform for the rapid Arduino is popular for its ease of programming and open architecture.
A variety of electronic platforms Arduino Arduino came up in Italy Original boards Original boards: : Arduino Arduino - - standard size ArduinoMega ArduinoMega - - increased size ArduinoNano ArduinoNano - - reduced size ArduinoMini ArduinoMini - - miniature size
A variety of electronic platforms Arduino
A variety of electronic platforms Arduino
Practical part Created a timer for light informing speakers. An algorithm has been developed, implemented in the C programming language, and a timer based on the Arduino board has been assembled.
Sample C Code // if the button # 2 was pressed: ON / OFF display illumination if ( bouncer_2.update() ) if ( bouncer_2.read() == LOW ) if ( !LCD_backlite ) { lcd.backlight(); LCD_backlite = true; } else { lcd.noBacklight(); LCD_backlite = false; }
Algorithm and control O "+" add 1 min O " " take 1 min. O "Stop/Start" start / end count O "Hide" turn off the screen backlight
Findings On Arduino in a short time it is possible to create a prototype of a narrowly focused device that works reliably and brings benefits to its field. The Arduino platform is suitable for prototyping and creating single instances of special-purpose devices.
