Projects

What was ported? I encountered bugs related to casting from a pointer to a 32-bits integer in a 64-bit architecture, wrong endianness for big-endian TCP architectures, and other issues related to openSSL.The code changes where mostly in C to fix bugs and unit-tests. The compiler options were important as well.

Main effort was to port code to Android 9/12 using Android’s NDK/SDK. Things I had to have into account to make it happen: All the above problems were solved: # adb -s <device_id> shell appops set –uid <package_name> MANAGE_EXTERNAL_STORAGE allow Fun!

This project involved not only porting to an RTOS such as VxWorks but also targeting an embedded system. This required the following knowledge to have: The effort consisted in porting middleware code to generic PowerPC, to make the libraries available to as many as possible, yet tuning it for e500mc core. Being able to modify

More and more often, automotive companies are creating their own ROM based on AOSP (Android Open Source Project) for things like cockpit platforms, etc. The main effort on this project was to port middleware code to AOSP’s framework for C/C++/Java without using Android’s NDK, and deliver AOSP-ready libraries to customers in the Automotive industry. During

I had the honor to work very closely with the amazing team at Samsung Thales to support their FFX-I naval combat system for the Republic of South Korea. For this to work I flaw and spend a week onsite debugging and fixing the issues they were experimenting with the middleware software used. As you can

Siemens has a network hundreds of wind power generators across wind farm. for better control and optimization. Providing consistent power generation in fast varying wind conditions can be challenging. Being able to have generator-to-generator communication ensuresrapid response to wind gusts andoptimal turbine settings for changing wind conditions, and this is why Samsung chose middleware software