It is my great pleasure to inform you folks that, almost after four years, I did a new release of LibSWD-0.7 , a low-level embedded systems access open framework. Special thanks goes to Andrew Parlane of Carallon Ltd  for his much appreciated contributions! Well now I feel like I need to invent some nice small device based on ARM Cortex-M0 CPU 🙂
If you want to install additional Python  modules inside your Blender  environment, you can install PIP using this recommended script , then use PIP to install all modules that you want. Note Blender’s Python Virtualenv location is /path_to_blender/blender_version/python/bin/python and you need to use this particular interpreter to launch the script.
You just need to see this awsome Mars Curiosity  simuluator  made by NASAJPL  with Blender3D  Blend4Web  HTML5  WebGL  Free and Open-Source Software 🙂
It is my pleasure to be part of organizing committee and scientific board of this cyclic international conference on Telemedicine and eHealth arranged by Polish Telemedicine and eHealth Society. You can click image below to see the full conference program.
If you happen to brick your Google Nexus device you can always use stock ROM images  to revert it to a default and operational state. Package contains not only OS but also bootloader and radio firmware images!
I have bricked my device by installing custom firmware that messed partitions layout inside a Flash Memory. I have seen lots of people having similar problem of endless bootloader-loop. There is no need to send a device to a service when bootloader is operational. All you need is a stock firmware image from Google , USB cable, and fastboot utility from Android SDK. If you happen to damage a bootloader, then hardware manipulation at low-level is necessary over JTAG, I can help to recover your device in that case.. no worries 🙂
As a member of organizing committee I managed technical/IT part of the conference. After the conference, during the general meeting, I have been re-selected as a Society Board Member.
Today I had a pleasure to give a lecture on my “CeDeROM Brain Computer Interface” at Bio-Tech 2013 scientific conference hosted by Lublin University of Technology. Thank you for this great opportunity and so many interesting people!
Today, with my friend Grzegorz Misiołek, we have presented a lecture on our early stage research “BioCybernetic Robot with Brain Computer Interface Technology for Space Applications” at II Conference on Aerospace Robotics (CARO’2) hosted by Polish Space Research Center of Polish Academy of Sciences. Thank you for this great opportunity!
Patches that integrate LibSWD with OpenOCD has been already sent, so the platform independent Serial Wire Debug in Open-Source becomes a reality! Mr. Gerrit takes care of the source code review part, while Mr. Jenkins takes care of proper binary build for various platforms and operating systems. This is the right moment to make use of developers mailing list for feedback, asking questions, blaming, testing, adding new features and voting to accept the patches, so the code becomes an integral part of the OpenOCD release!
Orange Labs provided R&D environment for initial stages of the research. Warsaw University of Technology made this possible as part of my MSc and PhD thesis. Krzysztof Kajstura designed and provided his generic KT-LINK (FT2232H based) interface to work with. David Brownell first introduced the Transport layer in OpenOCD in 2010 to split Target from JTAG. Simon Qian was working in parallel on his own SWD implementation for a Versaloon interface (as part of intelligent firmware). Øyvind Harboe, Peter Stuge, Spencer Oliver, Rodrigo Rosa helped me on GIT usage and OpenOCD internals, Freddie Chopin helped me a lot with commited patches to match OpenOCD coding standards, Akos Vandra helped me to test functionality as the program was created… and my other friends should be also noted here for their support 🙂
Power of the few outweights power of the many! Thank you for your support! 🙂