The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The root causes of tail latency in the Linux network stack are studied and it is suggested that achieving low-latency networking requires rethinking host CPU scheduling and host-NIC interaction, providing new design directions for operating systems, network stacks, and future host networking hardware.
Tian-Yu Zuo, Jaehyun Hwang, Tang Ao et al.· Conference on Applications,...· 0 citations
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