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Archive for the ‘iPhone’ Category

Jul
17

Arduino quadcopter iPhone control

arduino, iPhone, Quadcopter, xBee Comments Off on Arduino quadcopter iPhone control 

Arduino quadcopter iPhone control:

This Arduino Quadcopter by Kyle Fieldus has iPhone Control, similar to the AR Drone you can tilt the phone to control the quadcopter. Touch OSC is being used to design the phone interface, there is also an Android version available. The system chain is a bit complex since the phone is sending the input data to the computer, the computer determines what should be done on the quadcopter and sends these commands to a computer tethered Arduino via USB. The computer tethered Arduino finally sends the commands to the quadcopter mounted Arduino via Xbee. All of the code and instructions will be made available as soon as this University project has been handed in and graded. You can see the first video here that was taken when the Xbee link between the two Arduinos was tested.

Arduino quadcopter iPhone control - [Link]

Apr
01

iSticky Server is listening to your Arduino project

arduino, iPhone, iSticky Comments Off on iSticky Server is listening to your Arduino project 

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Let your Arduino project deliver realtime notes to your iPhone or Mac with our iSticky/Arduino library!

iSticky lets users send an infinite number of sticky notes to themselves and others, providing a quick, real-time solution for sending important information like reminders, updates, directions, meeting times, dinner plans, meet-up changes, or any other individual or group note. iSticky provides a fast and organized way to send notes, at home, in school, on the road, or in the office.

iSticky Server is listening to your Arduino project - [Link]

Nov
30

Arduino RobotVision Facetime

arduino, bluetooth, FaceTime, gallery, iPhone, Processing Comments Off on Arduino RobotVision Facetime 


 

[IgorAraujo] has pubblihed another interesting project about robot and Arduino. This time it involves a camera and a bluetooth module.

Appointed to be able to develop a robot communication activity and locomotion guided control with several purposes: conference distance, safety inspection and access to local human presence will unaviable. The intention is to promote environmental inspection, receiving and sending information (image and voice) as well as allow for the visualization of environment and the sensor signals to control the movement of the robot using the Arduino.

As usually, you can find more on his [website] , full post with videos and pictures, thanks for submit again!



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