Linux Kernel Tuning: A Comprehensive Overview This article provides a comprehensive overview of Linux kernel tuning, focusing on four key areas: CPU scheduling, memory management, I/O scheduling, and ...

Linux Kernel Tuning for SREs: CPU Scheduling, Memory Management, I/O Scheduling, and Network Throughput Optimization As an SRE, optimizing system performance and ensuring stability is a critical ...

Linux Kernel 6.16 RC7 is released with essential bug fixes and improvements across networking, GPU drivers, and core ...

Today July 27th, Linus Torvalds announced the release and general availability of Linux kernel 6.16, the latest stable kernel ...

Power saving techniques based on dynamic voltage and frequency scaling (DVFS) allow to optimize performance of processors capable of operating in more and more energy-efficient operating modes. In ...

Stable patch identification is crucial in merging patches into stable versions, which helps ensure the stability of the Linux kernel. Although many tools have been proposed to mitigate the manual ...