<--- Back to Details
First PageDocument Content
Scheduling / Concurrent computing / Linux / Linux kernel / Ingo Molnár / Latency / Preemption / Kernel / Loadable kernel module / Computer architecture / Computing / System software
Date: 2006-05-09 14:01:10
Scheduling
Concurrent computing
Linux
Linux kernel
Ingo Molnár
Latency
Preemption
Kernel
Loadable kernel module
Computer architecture
Computing
System software

Add to Reading List

Source URL: lac.zkm.de

Download Document from Source Website

File Size: 148,12 KB

Share Document on Facebook

Similar Documents

Computing / Internet / Statistical classification / Free software / Dark web / Secure communication / Tor / Relay / K-nearest neighbors algorithm / Outline of machine learning / Bandwidth / .tor

Poster: PredicTor: Predicting Fast Circuits For A Faster User Experience in Tor Armon Barton, Mohsen Imani, Matthew Wright, and Jiang Ming I. I NTRODUCTION Tor is a low-latency anonymity system designed for TCPbased appl

DocID: 1xVYb - View Document

Cache / Computer architecture / Latency

RobinHood: Tail Latency-Aware Caching Dynamically Reallocating from Cache-Rich to Cache-Poor Daniel S. Berger (CMU) Joint work with: Benjamin Berg (CMU), Timothy Zhu (PennState), Siddhartha Sen (Microsoft Research), Mor

DocID: 1xV9M - View Document

Network performance / Telecommunications engineering / Computing / Network management / Computer networking / Information and communications technology / Information theory / Computer engineering / Queuing delay / Throughput / Packet loss / Latency

Silo: Predictable Message Latency in the Cloud Keon Jang Intel Labs Santa Clara, CA Justine Sherry∗

DocID: 1xUIY - View Document

Cryptocurrencies / Blockchains / Computing / Concurrent computing / Alternative currencies / Data management / Bitcoin / Decentralization / Shard / Bitcoin Unlimited / Ethereum / Unspent transaction output

Poster: Low-latency blockchain consensus Cristina Basescu Lefteris Kokoris-Kogias Bryan Ford

DocID: 1xUwT - View Document

Data transmission / Computing / Computer networking / Network performance / Internet protocols / Information and communications technology / QUIC / Round-trip delay time / Transmission Control Protocol / Packet loss / Transport layer / Latency

Three Bits Suffice: Explicit Support for Passive Measurement of Internet Latency in QUIC and TCP Piet De Vaere, Tobias Bühler, Mirja Kühlewind, and Brian Trammell ETH Zurich, Switzerland ABSTRACT

DocID: 1xUoM - View Document