The ADN sketch is implemented in the network processor chip. We use a two-dimensional counter array to help follow the tracks of noise sources (i.e., medium and large flows) and collect flow labels. At the beginning of each measurement epoch, all counters in the ADN sketch are reset to zeros.
This paper complements the prior art and presents a novel per-flow size measurement method, Adaptive Denoising (ADN), which can provide more accurate estimates ...
'An Efficient Adaptive Denoising Sketch for Per-flow Traffic Measurement' 2022 IEEE International Performance, Computing, and Communications Conference (IPCCC).
A persistent spread estimator is a software/hardware component in a router that inspects the arrival packets and estimates the persistent spread of each ...
An Efficient Adaptive Denoising Sketch for Per-flow Traffic Measurement ; https://ieeexplore.ieee.org/abstract/document/9894330, PDF, public ...
Self-Adaptive Sampling Based Per-Flow Traffic Measurement. IEEE/ACM Trans ... An Efficient Adaptive Denoising Sketch for Per-flow Traffic Measurement.
Chen Lou, Yu-e Sun, He Huang, Yang Du, Shigang Chen, Guoju Gao, Hongli Xu, An Efficient Adaptive Denoising Sketch for Per-flow Traffic Measurement, in Proc.
Nov 16, 2024 · ALSketch: An adaptive learning-based sketch for accurate network measurement under dynamic traffic distribution. May 2023; Journal of Network ...
An Adaptive Counter-Splicing-Based Sketch for Efficient Per-Flow Size Measurement. ... An Efficient Adaptive Denoising Sketch for Per-flow Traffic Measurement.
An Efficient Adaptive Noise Correction Framework for Size Measurement ... Readers: Everyone. An Efficient Adaptive Denoising Sketch for Per-flow Traffic ...