[Autogenerated] Hi everyone.
My name is Pablo Xenophobic and welcome to my course
Windows 11 Internals memory management.
I am a developer trainer and author working with Windows in various
capacities as a developer trainer and consultant in the previous
courses in this series we examined the main concept and architecture of
Windows and look deeper into processes,
jobs and threats in this course will take a deeper
look at memory mutual's and physical.
How is memory using Windows?
How can applications take advantage of memory related features
provided by the window scannell and get a better understanding of how
memory is used in kernel mode and user mode.
This course will expand your understanding of Windows
while also showing some coding examples,
leveraging the Windows memory related APIs This will help you build
efficient Windows applications and components.
If you are a developer,
if you're a security researcher or developer you'll find
understanding how to obtain memory information,
how memory is used throughout the system,
invaluable to your research and development work.
Some of the major topics that we will cover include
reserved and committed memory memory counters,
virtual address translation, memory, APIs and memory mapped files.
By the end of this course, you will understand how memories managed in Windows.
Before beginning this course you should have ideally
viewed the Windows 11 internals,
foundations and the other courses in this series dealing with
processes and threats or have comparable knowledge.
Being comfortable with the C language is recommended to get
the most out of this course from here.
You should feel comfortable diving into the next course in this series.
Under inner workings and mechanisms of the Windows Os.
I hope you'll join me on this journey to learn the inner
workings of Windows with the Windows 11 Internal Memory
Management course at Pluralsight