![]() He works currently as an assistant professor and senior researcher at VNU Key Laboratory for Smart Integrated Systems. ![]() ![]() degree in Microelectronics and Solid State Electronics from Southeast University in 2013.Īfter got his Ph.D’s degree, He returned to VNU University of Engineering and Technology to continue his research in VLSI design. In 2008, He went to Southeast University, Nanjing, China to get his Ph.D degree. ![]() Before pursuing his Ph.D’s degree, He worked as a researcher at the Laboratory for Smart Integrated Systems in VNU University of Engineering and Technology for two years. In 2006, He received the master’s degree in electronic engineering from VNU University of Engineering and Technology (VNU-UET). After receiving his bachelor’s degree, He worked as an internship in the Research Center of Electronics and Telecommunications. He received the bachelor’s degree in 2003. Nguyen studied “Electronic Engineering” in both his bachelor’s and master’s degrees at the Vietnam National University, Hanoi, Vietnam. Especially the debugger is quite a bit better than that of CooCox, but the code limit makes it unusable for even medium projects.Hung K. As a side note, I also used the Keil uVision to fix issues in the USB bootloader. So write my own mini libraries which tend to sacrifice abstraction for performance. Talking of code optimization, the created code is pretty bad even at higher optimization levels, yet with higher levels, debugging becomes more or less a pain in the The CooCox libraries are a good base to start, but they don't seem to have a common architecture and generally I prefer interfaces as lean as possible. Anyway, a time based scheduler with some priority wrapping is good enough for me. I don't use CoOs since I don't need it and it's said to not work for any optimization level other than -O0. In earlier versions there were bugs which made it hard to impossible to debug with J-Link and I therefore used other toolchains, but currently it works pretty well. I'm using CooCox (1.4.2) with the official Arm GCC 4.6 toolchain (arm-none-eabi-gcc-4_6-20111208) for development with an NXP LPC1768. for eg, library that came with my dev board kit. ![]() fyi: i downloaded few "clusters" of the sdk/toolchain etc, but i'm having a hard time putting them together with netbean, eclipse and programmers notepad. what do you use to develop your ARM software? please suggest both the IDE and toochain. but anyway, i'm asking you arm developers guys. but it only just the beginning since i only create Hello Project, it automated creating this arm boot startup code, CooCox OS, C library etc, i dont have any idea. set it in CoIDE and it seemed to just work without much hassle. downloaded the devProKit for ARM toolchain earlier. now i got this CooCox CoIDE suggested by andyg in another thread. ![]()
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