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TECH THE FUTURE
The Future of Engineering Research & Environment Systems Modeling
By R. Scott Coppersmith
 A successful computer simulation of a physical phenomenon has several requirements. The first requirement is a stable model based on a set of equations relating to the physics and scale of the event. For complex systems, this model may not exist, and a simplified model may be used to approximate the event as close as possible. Assumptions are made where data is scarce. The second requirement is a set of initial conditions that all the equation variables need to start the simulation. These values are usually determined by running real-world experiments and capturing a "snapshot" of the event at a specific time. The quality of this data depends on the technology available at the time. Continue Reading
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ELECTRICAL ENGINEERING CHALLENGE - September
Sponsored by Netburner
Ready for an Electrical Engineering Challenge? This is your chance to put your technical skills to test. The September Electrical Engineering Challenge (sponsored by NetBurner) is now live.
THE CHALLENGE
Find the error in the code below. Submit your answer via the online submission form by the deadline of September 20, 2015 (2 PM EST).
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| | Find the error in this code. Click the image to submit your answer via the online submission form by September 20, 2015. |
PRIZES
Circuit Cellar will randomly select 2 prize winners from the pool of respondents who submit the correct answer. One person will receive a NetBurner MOD54415 LC Development Kit ($129 value). A second will receive a Circuit Cellar Digital Subscription (1 year).
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Circuit Cellar #302
September 2015
Embedded Solutions | Secure Hash Standard | Quantitative Application for WAT_AN_APP | Sustainable Big Data Analysis | Transformers 101 | Build a Desktop Radiation Monitor | Introduction to the Wiegand Layer & Protocol | And More
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FORMULA ALLCODE KICKSTARTER CAMPAIGN - 4 Days Left
Sponsored by Matrix TSL
Hurry, there are just 4 days to go in Matrix TSL's Kickstarter campaign for its Formula AllCode robotics course, which features a high-specification, Bluetooth-enabled robot. Formula AllCode is a platform for both novice or advanced electronics enthusiasts to learn and test their robotics skills. You can program the robot via Python, AppBuilder, Flowcode, Matlab, LabVIEW, C, and more. It is compatible with Raspberry Pi, Android, iPhone, and Windows devices.
By backing the Kickstarter campaign, you are supporting a project which allows users to develop their robotics understanding on a platform of their choice. Whether your starting out with your first robotics project or you're a fully fledged robotics developer, the Formula AllCode will work for you. The project must be funded by Sunday, September 6, 2015.
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