FYS4240 / FYS3240, is all about how Micro-controllers, PC Processors and busses are made and gives you a very wide perspective in choice of connection technologies and micro controllers. Topics from internal structure of micro controllers to interfaces on it and parallel programming on multi core / multi processor machines. It also includes LABView and C programming for AVR micro controllers in the lab assignments. This course is recommended to take by all electronics, Robotics students and I would have a much wider point of view if I had taken this course in the beginning of my studies (something that did not happen because of lack of communication between physics department and departments of informatic). Here you can download the exam paper for spring 2011. Continue reading
One of the main disadvantages can be complexity.
My idea is a very simple grip for each foot which gives the climbing robot the ability to hang on a nail(bolt) on the wall. The curved(bent) part in the middle will be where the robot would grip the nail. I am thinking of using a flex sensor there to receive a signal every time a foot is hanging to a bolt. Meaning if we want to make a move at a time, before moving the foot, we should receive 4 bent resistor signals from the robot feet and while moving, all the way we should be receiving 3 bent resistor signals from other three remaining hanging feet.When we are finished with moving our foot to the new point of griping, we should again receive the 4th signal again … I am still working on this idea and going to discus it as soon as my supervisor is back from his holiday.
*Thanks to my colleague Tarjei & my friend Magnus