Aqil Robbany
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I've searched extensively for a way that I could plot my Arduino sensor reading in real time. Not only plot, but also display and store the data for further experimentation and corrections.The simplest solution I’ve found was to use excel, but with a twist.Also if you find this instructable interesting, perhaps you'll like another one I've made (about displaying live Arduino sensor readings on a Nokia 5110 LCD):http://www.instructables.com/id/Arduinonokia-lcd-...

I've searched extensively for a way that I could plot my Arduino sensor reading in real time. Not only plot, but also display and store the data for further experimentation and corrections.The simplest solution I’ve found was to use excel, but with a twist.Also if you find this instructable interesting, perhaps you'll like another one I've made (about displaying live Arduino sensor readings on a Nokia 5110 LCD):http://www.instructables.com/id/Arduinonokia-lcd-...

Track Your Route! (using Arduino, MicroSD Card Shield, and GPS): 4 Steps

Track Your Route! (using Arduino, MicroSD Card Shield, and GPS): 4 Steps

This Sumo Bot was designed, built, programmed and tested over a 12 week period for one of my final year engineering classes. The aim was to design and build a lightweight fully autonomous sumo fighting robot for an in class Sumo Bot competition. The robot was required to push, lift or flip the opponent’s robot out of the arena. There were two physical restrictions which the sumo robot must abide by. The robot must weight no more than 1000g and is required to fit within a 200mm x 2...

This Sumo Bot was designed, built, programmed and tested over a 12 week period for one of my final year engineering classes. The aim was to design and build a lightweight fully autonomous sumo fighting robot for an in class Sumo Bot competition. The robot was required to push, lift or flip the opponent’s robot out of the arena. There were two physical restrictions which the sumo robot must abide by. The robot must weight no more than 1000g and is required to fit within a 200mm x 2...

Arduino Plant Monitor

Arduino Plant Monitor

Arduino voice controlled drone

Arduino voice controlled drone

This robot was mainly built for understanding artificial intelligence with Arduino. It is capable of, obstacle avoidance, voice control, chatting with humans, Bluetooth control as well as gesture control.

This robot was mainly built for understanding artificial intelligence with Arduino. It is capable of, obstacle avoidance, voice control, chatting with humans, Bluetooth control as well as gesture control.

Arduino voice controlled drone

Arduino voice controlled drone

Make a Voice Controlled Robot

Make a Voice Controlled Robot

Arduino Robot (Instructables)

Arduino Robot (Instructables)

Automated vegetable cultivation system

Automated vegetable cultivation system