roboslam.wordpress.com
Engineer Your Future with Electronics | RoboSlam
https://roboslam.wordpress.com/2015/05/16/engineer-your-future-with-electronics/comment-page-1
Instructions for Dublin Maker 2016 and PAEE/ALE 2016. Instructions as of May 2015. Engineer Your Future Roboslam Tournament Winners 2015 →. Engineer Your Future with Electronics. May 16, 2015. The week culminated with a RoboSumo championship, a rumble among all robots built during the week, and an awards ceremony. The engineering lecturers were highly impressed with the talent and enthusiasm of this group. We’re hoping to see these budding engineers at DIT or another of Ireland’s fabulous engineering...
roboslam.wordpress.com
Circuit May 2013 | RoboSlam
https://roboslam.wordpress.com/older-versions/circuit-2
Instructions for Dublin Maker 2016 and PAEE/ALE 2016. Instructions as of May 2015. Step 1: Introducing the breadboard. Step 2: Insert chips into breadboard. Step 3: Distributing power around the circuit. Step 4: Adding an indicator LED to the circuit. In this step, we’re adding a light emitting diode (LED) to the circuit. This is really just here to provide a little light that the microcontroller can switch on and off. Step 5: Adding the motor control wires to the circuit. Leave a Reply Cancel reply.
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Arduino Slambot | RoboSlam
https://roboslam.wordpress.com/older-versions/arduino-slambot
Instructions for Dublin Maker 2016 and PAEE/ALE 2016. Instructions as of May 2015. Instructions for building an Arduino Controlled RoboSlam Robot. The adapted design and associated instructions presented here, were devised by UC Berkeley Computer Science student Noah Keen as part of his summer internship in the FOCAS Institute at DIT. PART ONE: Building the Circuit. Next connect the two purple motor control signal wires from Arduino pins 2 and 3 to B23 and A28 respectively. The leads for the two motors (...
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Older Versions | RoboSlam
https://roboslam.wordpress.com/older-versions
Instructions for Dublin Maker 2016 and PAEE/ALE 2016. Instructions as of May 2015. Over the last couple of years, we have been continually modifying the RoboSlam robot design to optimise for cost, reliability and ease of build. The pages linked below are previous versions of the instructions. Leave a Reply Cancel reply. Enter your comment here. Fill in your details below or click an icon to log in:. Address never made public). You are commenting using your WordPress.com account. ( Log Out. RoboSlam Instr...
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RoboSlam robot with remote control | RoboSlam
https://roboslam.wordpress.com/2013/12/04/roboslam-robot-with-remote-control
Instructions for Dublin Maker 2016 and PAEE/ALE 2016. Instructions as of May 2015. RoboSlam poster →. RoboSlam robot with remote control. December 4, 2013. Damon and I are preparing a couple of RoboSlam robots to be exhibited at the DIT Open Day on Saturday. I decided to modify one of our bots by adding a very inexpensive IR receiver (GP1UX310QS, €0.61 from Farnell. At time of writing) to facilitate rudimentary remote control using a TV remote handset. Check out the video:. Forward: both motors forwards,.
roboroblog.wordpress.com
All Projects | RoboRoBlog
https://roboroblog.wordpress.com/all-projects
Measuring Temperature From PT100 Using Arduino. Controlling Robot Over Bluetooth Using Xbox Steering Wheel. Simple Heart Rate Monitor Using Reflective Sensor. Measuring Displacements Using Accelerometers: Part 3- Testing And Video. Measuring Displacements Using Accelerometers: Part 2- Comparing Methods and Integration. Measuring Displacement Using Accelerometers: Part 1-Calculating Gravity Vectors. Bluetooth Steering Wheel and Robot Blogged About On Hackaday. Measuring Temperature From PT100 Using Arduino.
wattnotions.com
Tiva C launchpad FFT with real time plotting using pyQtGraph--wattnotions
http://www.wattnotions.com/tiva-c-launchpad-fft-with-real-time-plotting-using-pyqtgraph
Displaying Inkscape images on the LEGO NXT brick with LeJOS. Matchbox Car – could it work? Tiva C launchpad FFT with real time plotting using pyQtGraph. June 9, 2015. The Energia IDE was used to write and compile the code which runs on the Tiva C. See below for the code:. Include "fix fft.h". Define N 128 / number of sample points. Give time for serial monitor to start up in Energia. Read ADC pin 128 times at roughly 1KHz. Perform fft on sampled points in real[i]. Get the power magnitude in each bin.
roboslam.wordpress.com
Assembling the new laser-cut chassis | RoboSlam
https://roboslam.wordpress.com/2015/03/28/assembling-the-new-laser-cut-chassis/comment-page-1
Instructions for Dublin Maker 2016 and PAEE/ALE 2016. Instructions as of May 2015. RoboSlam Instructions for CAO Open Day 2015. DIT Team Deliver RoboSlam Workshop for Tech Week →. Assembling the new laser-cut chassis. March 28, 2015. Assembly instructions laser cut Slambot chassis for attendees at DIT CAO open day. We recently took delivery an awesome new resource that promises to revolutionise future Roboslam workshops – a laser cutter! And again for the Kinsale Arts Festival. 8230; and then pull the ca...
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Building the sensor circuit | RoboSlam
https://roboslam.wordpress.com/2013/10/24/building-the-sensor-circuit
Instructions for Dublin Maker 2016 and PAEE/ALE 2016. Instructions as of May 2015. DT097 RoboSlam Photos and Videos. RoboSlam T-Shirt →. Building the sensor circuit. October 24, 2013. We have been promising to upload instructions for how to build the sensor for detecting white or black surfaces. This post represents the first go at describing this process. To begin, here is the outline of the sensor circuit that we need to build. The key to this circuit is the RPR220. 8211; one RPR220. Again using a plie...
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Programming | RoboSlam
https://roboslam.wordpress.com/older-versions/programming
Instructions for Dublin Maker 2016 and PAEE/ALE 2016. Instructions as of May 2015. Introducing the MSP430 Development Software. We will use three pieces of software during this workshop:. Is a plain text editor, which we will be using to type C code into a file. Is a C compiler for the Texas Intruments MSP430 family of microcontrollers. Is another piece of software which we will use to transfer a compiled program from the PC to the MSP430 microcontroller where it will be stored in flash memory. This exam...
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