Arduino Tre = Arduino Uno + Beagleboard http://arduino.cc/en/Main/ArduinoBoardTre#.Uv6KSWd3v5d
@delba, the Linaro versions of Ubunto come from an ARM consortium of companies, so I presume they use the hard float capabilities of the CPU. The...
Re: Raspberry Pi compatibility ? - Mathematica & Wolfram Alp Udoo speed comparisons of a number of math softwares:...
Here are some additional Udoo speed comparisons that may be interesting: http://www.hydrometronics.com/downloads ... 0Linux.pdf
Re: Raspberry Pi compatibility ? - Mathematica & Wolfram Alp Thanks, Kris. Not yet in the Debian apt-get package system yet ... but I was able...
Re: Raspberry Pi compatibility ? - Mathematica & Wolfram Alp Correction. Faster than Python and Ruby but slower than C and with the same...
Re: Raspberry Pi compatibility ? - Mathematica & Wolfram Alp BTW, Julia is a new mathematical + general purpose programming language out of MIT...
Re: Raspberry Pi compatibility ? - Mathematica & Wolfram Alp Check out Julia http://julialang.org/
Cool. I'm interested. How much? Where are you? -Noel
Thanks to the Udoo team, Debian 7 "wheezy" armhf "maximal" arrived on December 12. Here are my comments from a posting on a different topic:...
Update. The Udoo team released full implementations of Debian wheezy (armhf) for the Udoo yesterday. Ubuntu's been fun, but Debian is an old...
If you want to burn up the Due (thermal stress testing), Increase the 10000 in the outer loop to 100000. The test program will run full bore for...
There's an explanation of the value of product in this thread on Sat Dec 07, 2013 9:30 pm
Pity. Lost my multithreading post in the over-posting. This forum is not up to heavy traffic yet. Here's a reconstruction. I'm sure there is...
Be prepared for a wait. Here's my results: 8-bit AVR Arduino Uno, product = 0.799242067337036, time = 968 Cortex M-3 Arduino Due, product =...
Here's the sketch I used for Uno and Due: #include <Time.h> void setup(){ Serial.begin(9600); } void loop(){ double atan(double x),...
DracoLlasa, you nailed it! -Noel
I must say that the GPS + IMU (3 accelerometers + 3 gyros, an inertial measurement unit ) caught my eye. I do navigation professionally....
I agree with your statement that "multiple benchmarks methods are usually needed to get a well rounded view". My little program is intended...
Maybe an explanation of this little program would be helpful. There are two nested loops. The outer loop runs the inner loop 10000 times. That...
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