netwerkt.wordpress.com
3D Modeling and Printing | Networking Embedded Systems
https://netwerkt.wordpress.com/2014/07/25/3d-modeling-and-printing
Dig into the world of future networking systems. Post-doctoral Fellow in Sensor Networks at ETH Zurich. Autonomous Hexbug Spider →. 3D Modeling and Printing. July 25, 2014. 3D modeling and printing can be easy if you have the right tools and programs. My experiences with the free Sketch Up Make. And the Makerbot Replicator 5G. Printer are quite positive. Getting started with 3D modeling:. Download and install Sketch Up. Leads to the German version. So far you can draw and export STL files.However, th...
netwerkt.wordpress.com
Post-doctoral Fellow in Sensor Networks at ETH Zurich | Networking Embedded Systems
https://netwerkt.wordpress.com/2014/04/22/post-doctoral-fellow-in-sensor-networks-at-eth-zurich
Dig into the world of future networking systems. Hacking Amazon’s Kindle E-Book Security with Lego Mindstorms. 3D Modeling and Printing →. Post-doctoral Fellow in Sensor Networks at ETH Zurich. April 22, 2014. 8212;—————————————————————. Post-doctoral Fellow in Sensor Networks. 8212;—————————————————————. The research group on Computer Engineering at ETH Zurich (Swiss. Federal Institute of Technology) has an opening for a. Post-doctoral fellow the field of sensor networks. National and international part...
netwerkt.wordpress.com
Making and Programming 3D-Printed Robots | Networking Embedded Systems
https://netwerkt.wordpress.com/2014/11/11/making-and-programming-3d-printed-robots
Dig into the world of future networking systems. JProwler – A simple Wireless Network Simulator in Java →. Making and Programming 3D-Printed Robots. November 11, 2014. Is a webpage offering 3D-printable designs and control software for small 3D-printable robots. By building robots from the Make Club webpage one can learn the skills to design and construct own robots. Definitely worth a visit! Understanding the communication networks of the future. View all posts by Wilfried Elmenreich →.
netwerkt.wordpress.com
Wilfried Elmenreich | Networking Embedded Systems
https://netwerkt.wordpress.com/author/wlfred
Dig into the world of future networking systems. Author Archives: Wilfried Elmenreich. Understanding the communication networks of the future. JProwler – A simple Wireless Network Simulator in Java. July 6, 2016. Making and Programming 3D-Printed Robots. November 11, 2014. 3D Modeling and Printing. July 25, 2014. 3D modeling and printing can be easy if you have the right tools and programs. My experiences with the free Sketch Up Make and the Makerbot Replicator 5G printer are quite positive. Gett...Peter...
netwerkt.wordpress.com
Networking Embedded Systems | Dig into the world of future networking systems | Page 2
https://netwerkt.wordpress.com/page/2
Dig into the world of future networking systems. Newer posts →. E-puck solving a maze. April 19, 2013. As a result from Rene’s and Kevin’s work, we can show a maze-solving application for an e-puck. The approach has been implemented on real hardware and tested in a simulation using Webots. As you can see in the video, the approach works (though the robot is moving a bit slowly); also the simulation predicts very similar results. March 21, 2013. AVR Z-Link Zigbee Nodes. Call for Papers: Eleventh Workshop ...
small-electronic-projects.blogspot.com
Small Electronic Projects: October 2011
http://small-electronic-projects.blogspot.com/2011_10_01_archive.html
This blog is about small electronics projects, which may be implemented as semester projects for Engineering students. Thursday, October 6, 2011. Design and construction of Radio Frequency Oscillators. Some people regard the design of RF Oscillators to be something akin to a "black art" and after many years of swearing at "cranky" oscillators I'm not all too sure they are all that wrong. I suggest you ensure you remember this old saying:. Amplifiers oscillate and oscillators amplify" - unknown. The whole...
small-electronic-projects.blogspot.com
Small Electronic Projects: January 2011
http://small-electronic-projects.blogspot.com/2011_01_01_archive.html
This blog is about small electronics projects, which may be implemented as semester projects for Engineering students. Friday, January 28, 2011. Experimenting a simple DC Motor Driver. Simple DC Motor Driver. This simple DC motor driver circuit uses a 741 operational amplifier operating as a voltage follower where its non inverting input is connected to the speed and rotation direction of a potentiometer VR1. When VR1 is at mid position, the op-amp output is near zero and both Q1 and Q2 is OFF. In this a...
small-electronic-projects.blogspot.com
Small Electronic Projects: July 2010
http://small-electronic-projects.blogspot.com/2010_07_01_archive.html
This blog is about small electronics projects, which may be implemented as semester projects for Engineering students. Tuesday, July 27, 2010. Constructing an FM Phone Transmitter. FM Phone Transmitter Schematic. FM Phone Transmitter Circuit Description. The circuit is a radio frequency (RF) oscillator that operates around 93 MHz (93 million cycles per second). Power for the circuit is derived from the full wave diode bridge. C1, C8, L3 and T1 forms the FM oscillator. 2) Spread out the turns in the L3 co...
small-electronic-projects.blogspot.com
Small Electronic Projects: November 2009
http://small-electronic-projects.blogspot.com/2009_11_01_archive.html
This blog is about small electronics projects, which may be implemented as semester projects for Engineering students. Sunday, November 8, 2009. The schematic of the project is as shown below. When S1 is switched ON, the circuit will be powered ON and U1 will start to oscillate at a frequency given by the formula:. F = 144/[(R1 2R2)(E1)]. The parts list of the project is as shown below. Ref: electronics-project-design.com/PoliceSiren.html. Posted by Ali Nisar. Posted by Ali Nisar. Phone In Use Project.
small-electronic-projects.blogspot.com
Small Electronic Projects: October 2009
http://small-electronic-projects.blogspot.com/2009_10_01_archive.html
This blog is about small electronics projects, which may be implemented as semester projects for Engineering students. Friday, October 16, 2009. Constructing your own 3V FM Transmitter. FM TRANSMITTER CIRCUIT DESCRIPTION. This is a standard self-biasing common emitter amplifier. The 22nF capacitor isolates the microphone from the base voltage of the transistor and only allows alternating current (AC) signals to pass. The tank (LC) circuit. Class C amplifiers; FM transmission; VHF antennas; positive and n...