Eric Missimer

Most of my C programming has to do with real-time and/or embedded operating systems. Including but not limited to device drivers, scheduling, virtualization. For my PhD research I helped develop a real-time operating system from scratch. This operating system was for the x86 processor. It used hardware virtualization extensions and novel real-time scheduling techniques to provide timing and safety guarantees.

For my PhD research I helped develop a real-time operating system from scratch. This operating system was for the x86 processor. It used hardware virtualization extensions and novel real-time scheduling techniques to provide timing and safety guarantees.

For my PhD research I helped develop a real-time operating system from scratch. This operating system was for the x86 processor. It used hardware virtualization extensions and novel real-time scheduling techniques to provide timing and safety guarantees.

For my PhD research I helped develop a real-time operating system from scratch. This operating system was for the x86 processor. It used hardware virtualization extensions and novel real-time scheduling techniques to provide timing and safety guarantees.

For my PhD research I helped develop a real-time operating system from scratch. This operating system was for the x86 processor. It used hardware virtualization extensions and novel real-time scheduling techniques to provide timing and safety guarantees.

I have worked on various projects including operating systems and hypervisors. I have used almost ever trick in the book to make a Makefile clean and fast. I am a little obsessed, but in a good way, with keeping a build system lean, efficient and easy to use.

Python is my go to scripting language for both quick and dirty things and larger projects that need to take advantage of python's large collection of libraries. One of the larger projects I have used python for is a highly parallelizable CPU scheduling simulator that ran multiple machines and hundreds of cores.