<--- Back to Details
First PageDocument Content
Graph connectivity / Failure / Emerging technologies / Network architecture / SIGCOMM / Stress testing / Software-defined networking / Algorithm / Reachability / Reliability engineering
Date: 2015-10-30 21:51:01
Graph connectivity
Failure
Emerging technologies
Network architecture
SIGCOMM
Stress testing
Software-defined networking
Algorithm
Reachability
Reliability engineering

Destroying networks for fun (and profit) Nick Shelly∗§, Brendan Tschaen†, Klaus-Tycho Förster∗, Michael Chang‡, Theophilus Benson†, Laurent Vanbever∗ ∗ ETH Zürich, ‡Princeton University, †Duke Unive

Add to Reading List

Source URL: vanbever.eu

Download Document from Source Website

File Size: 421,58 KB

Share Document on Facebook

Similar Documents

Effective Identification of Failure-Inducing Changes: A Hybrid Approach∗ Sai Zhang, Yu Lin, Zhongxian Gu, Jianjun Zhao School of Software Shanghai Jiao Tong University 800 Dongchuan Road, Shanghai, China

Effective Identification of Failure-Inducing Changes: A Hybrid Approach∗ Sai Zhang, Yu Lin, Zhongxian Gu, Jianjun Zhao School of Software Shanghai Jiao Tong University 800 Dongchuan Road, Shanghai, China

DocID: 1xW1R - View Document

Effective Identification of Failure-Inducing Changes: A Hybrid Approach Sai Zhang, Yu Lin, Zhongxian Gu, Jianjun Zhao PASTE 2008

Effective Identification of Failure-Inducing Changes: A Hybrid Approach Sai Zhang, Yu Lin, Zhongxian Gu, Jianjun Zhao PASTE 2008

DocID: 1xW1a - View Document

The Academic Failure with Alloy Alloy  Amazing Type System

The Academic Failure with Alloy Alloy Amazing Type System

DocID: 1xV4R - View Document

Intel Extreme Masters Rulebook Foreword This document outlines the rules that should at all times be followed when participating in an Intel Extreme Masters competition. Failure to adhere to these

Intel Extreme Masters Rulebook Foreword This document outlines the rules that should at all times be followed when participating in an Intel Extreme Masters competition. Failure to adhere to these

DocID: 1xTto - View Document

Research conducted by EPRI for: NESCOR – a DOE funded public-private partnership Attack Trees for Selected Electric Sector High Risk Failure Scenarios

Research conducted by EPRI for: NESCOR – a DOE funded public-private partnership Attack Trees for Selected Electric Sector High Risk Failure Scenarios

DocID: 1vrIU - View Document