30 Works

CRAWDAD dataset tools/process/syslog/syslog_parser (v. 2006-11-01)

Tristan Henderson
syslog_parser is a script to parse the syslog traces from Cisco VxWorks, Cisco IOS and Aruba access points. This script was designed to parse the syslog traces in the dartmouth/campus/syslog tracesets, but should be useful for other traces as well.

CRAWDAD dataset tools/process/pcap/Wifipcap (v. 2008-02-01)

Jeffrey Pang
A simple C++ wrapper around libpcap that allows applications to selectively demultiplex 802.11 frames, and the most common layer 2 and layer 3 protocols contained within them. Basically, the wifipcap library handles all the parsing of 802.11 frames (and/or layer 2/3 packets) from the pcap file (or stream). wifipcap is now embedded in tcpflow, a TCP/IP session reassembler maintained by Simson Garfinkel.

CRAWDAD dataset tools/collect/location/loctrace (v. 2007-09-14)

Thomas King, Stephan Kopf, Thomas Butter, Hendrik Lemelson, Thomas Haenselmann & Wolfgang Effelsberg
Loctrace is a research tool for 802.11-based positioning systems. Loctrace gathers data offered by Loclib and stores it in a file.

CRAWDAD dataset tools/analyze/pcap/WScout (v. 2010-01-13)

Thomas Claveirole & Marcelo Dias De Amorim
WScout provides a PCAP traces visualizer that is able to work with huge traces (>10 GiB). Its goals are speed and low memory requirements. Despite its design being protocol-agnostic, it currently handles only Prism and IEEE 802.11 headers, hence its name.

CRAWDAD dataset tools/analyze/location/loceva (v. 2007-09-14)

Thomas King, Stephan Kopf, Thomas Butter, Hendrik Lemelson, Thomas Haenselmann & Wolfgang Effelsberg
Loceva is an evaluation tool for 802.11-based positioning systems. Loceva uses trace files generated by Loctrace to evaluate different kinds of positioning algorithms. A large number of state-of-the-art positioning algorithms are supported by Loceva. Loceva contains a lot of filters and generators to set up different scenarios and enable emulation.

CRAWDAD dataset tools/process/pcap/WiPal (v. 2009-04-22)

Thomas Claveirole & Marcelo Dias De Amorim
WiPal is a piece of software dedicated to IEEE 802.11 traces manipulation. It comes as a set of programs and a C++ library. A distinctive feature of WiPal is its merging tool, which enables merging multiple wireless traces into a unique global trace. This tool works offline on PCAP traces that do not need to be synchronized. WiPal also provides statistics extraction and anonymization tools, and its authors plan to extend it. WiPal’s key features...

CRAWDAD dataset tools/analyze/802.11/Wit (v. 2006-09-01)

Ratul Mahajan, Maya Rodrig & John Zahorjan
Wit is a non-intrusive tool that builds on passive monitoring to analyze the detailed MAC-level behavior of operational wireless networks.

CRAWDAD dataset tools/sanitize/generic/AnonTool (v. 2006-09-26)

D. Koukis, Spiros Antonatos, Demetris Antoniades, E. P. Markatos, P. Trimintzios & Michalis Fukarakis
AnonTool, an open-source implementation of Anonymization API, provides an easy to use, flexible and efficient library of functions that can be used to anonymize live traffic, or packet traces in libpcap file format. Currently, IP, TCP/UDP, HTTP, FTP and Netflow v5 and v9 are supported. Three ready-to-use applications have been implemented on top of this library; one provides basic anonymization functionality for the IP/TCP/UDP protocols, and two more which can perform anonymization on every field...

CRAWDAD dataset tools/analyze/link/PBProbe (v. 2012-10-24)

Ling-Jyh Chen & Wei-Xian Lee
PBProbe is a link capacity estimation tool that supports a wide range of links, including high speed links, asymmetric links, and wireless links. The tool is based on the CapProbe algorithm excepts that it uses a “packet bulk” to adapt the number of packets in each probing according to different network characteristics. As a result, it preserves the simplicity, speed, and accuracy of CapProbe, and compensates for the poor system timer granularity problem that may...

CRAWDAD dataset tools/analyze/pcap/WScout (v. 2007-09-12)

Thomas Claveirole & Marcelo Dias De Amorim
WScout provides a PCAP traces visualizer that is able to work with huge traces (>10 GiB). Its goals are speed and low memory requirements. Despite its design being protocol-agnostic, it currently handles only Prism and IEEE 802.11 headers, hence its name.

CRAWDAD dataset tools/sanitize/generic/FLAIM (v. 2006-11-01)

Kiran Lakkaraju, Xiaolin Luo & Adam Slagell
FLAIM is a multi-level, multi-log anonymization tool. FLAIM-Core comprises the anonymization engine and XML based policy manager. FLAIM-Core loads dynamic libraries responsible for I/O and parsing at runtime. There is a library for each type of log flaim supports. The XML policy, the I/O module, input file and output files are all specified on the command line.

CRAWDAD dataset tools/sanitize/generic/AnonTool (v. 2006-03-25)

D. Koukis, Spiros Antonatos, Demetris Antoniades, E. P. Markatos, P. Trimintzios & Michalis Fukarakis
AnonTool, an open-source implementation of Anonymization API, provides an easy to use, flexible and efficient library of functions that can be used to anonymize live traffic, or packet traces in libpcap file format. Currently, IP, TCP/UDP, HTTP, FTP and Netflow v5 and v9 are supported. Three ready-to-use applications have been implemented on top of this library; one provides basic anonymization functionality for the IP/TCP/UDP protocols, and two more which can perform anonymization on every field...

CRAWDAD dataset tools/analyze/pcap/wifidelity (v. 2008-04-30)

Aaron Schulman, Dave Levin & Neil Spring
The Wifidelity package consists of two tools to identify the completeness and accuracy of 802.11 packet traces. "tracestats" uses 802.11 sequence numbers to quantify completeness, and the "plotscore" script generates a T-Fi plot: an at-a-glance, heatmap visualization of completeness versus load. "tracetiming" uses AP Beacon intervals to quantify packet timestamp accuracy and "plottiming" produces a line plot of timestamp accuracy.

CRAWDAD dataset tools/analyze/pcap/WScout (v. 2007-11-13)

Thomas Claveirole & Marcelo Dias De Amorim
WScout provides a PCAP traces visualizer that is able to work with huge traces (>10 GiB). Its goals are speed and low memory requirements. Despite its design being protocol-agnostic, it currently handles only Prism and IEEE 802.11 headers, hence its name.

CRAWDAD dataset tools/process/pcap/pcapsync (v. 2008-08-23)

Björn Scheuermann, Wolfgang Kiess & Daniel Marks
Pcapsync is a tool to time-synchronize tracefiles recorded in libpcap format. Its main application area are logfiles of real-world experiments with wireless multihop networks like MANETs (mobile ad-hoc networks), VANETs (vehicular ad-hoc networks) or mesh networks. The underlying algorithm, however, is more general and can be applied to any network with local broadcast characteristic.

CRAWDAD dataset tools/collect/802.11/wrapi_plus (v. 2005-05-10)

Feng Li, Mingzhe Li, Mark Claypool & Bob Kinicki
WRAPI+ is a tool to monitor wireless statistics, including received signal strength, transmitted frame count, and failed frame transmissions and acknowledgments on a Windows XP end hosts' IEEE 802.11b/g network device. WRAPI+ was built upon the freely available WRAPI C++ library.

CRAWDAD dataset tools/analyze/location/locana (v. 2007-09-14)

Thomas King, Stephan Kopf, Thomas Butter, Hendrik Lemelson, Thomas Haenselmann & Wolfgang Effelsberg
Locana is a research tool for 802.11-based positioning systems. Locana visualizes the results computed by Loctrace and Loceva.

CRAWDAD dataset tools/analyze/802.11/Wit (v. 2006-09-29)

Ratul Mahajan, Maya Rodrig & John Zahorjan
Wit is a non-intrusive tool that builds on passive monitoring to analyze the detailed MAC-level behavior of operational wireless networks.

CRAWDAD dataset tools/process/pcap/wifi_parser (v. 2007-11-05)

Doug Madory
This tool is able to select out header fields/flags from either live or recorded 802.11 traffic. Tcpdump and Tethereal have limited flexibility to tease out specific fields without printing out the entire packet.

CRAWDAD dataset tools/analyze/pcap/WScout (v. 2008-07-31)

Thomas Claveirole & Marcelo Dias De Amorim
WScout provides a PCAP traces visualizer that is able to work with huge traces (>10 GiB). Its goals are speed and low memory requirements. Despite its design being protocol-agnostic, it currently handles only Prism and IEEE 802.11 headers, hence its name.

CRAWDAD dataset tools/analyze/pcap/WScout (v. 2007-09-25)

Thomas Claveirole & Marcelo Dias De Amorim
WScout provides a PCAP traces visualizer that is able to work with huge traces (>10 GiB). Its goals are speed and low memory requirements. Despite its design being protocol-agnostic, it currently handles only Prism and IEEE 802.11 headers, hence its name.

CRAWDAD dataset tools/collect/802.11/Wifi-Scanner (v. 2009-04-15)

Ben Greenstein, Jeffrey Pang & Michael Kaminsky
Wi-Fi network scanner/wardriving tool used in the authors' MobiSys 2009 paper [pang-wifi-reports]. The main difference between Wifi-Scanner and other war driving tools is that it has a more complete Wi-Fi Network Manager that supports logging into WEP/WPA networks, remembering passwords for these networks, supports login through AP portal/splash pages, and performs a battery of measurement tests after you login.

CRAWDAD dataset tools/collect/location/loclib (v. 2007-09-14)

Thomas Butter, Wolfgang Effelsberg, Thomas Haenselmann, Stephan Kopf, Thomas King & Hendrik Lemelson
Loclib is a research tool for 802.11-based positioning systems. Loclib is a connector between applications and sensor hardware. Its task is to collect data from the sensor hardware and pre-process it for further usage.

CRAWDAD dataset tools/collect/multihop/EXC (v. 2009-11-13)

Wolfgang Kiess, Thomas Ogilvie, Andreas Tarp & Markus Kerper
EXC is a software toolkit to control and steer experiments with wireless multihop networks. EXC enables researchers to evaluate their algorithms in a real-world environment without having to deal with too much thought on how to coordinate an experiment.

CRAWDAD dataset tools/simulate/uoi/adyton (v. 2016-04-21)

Nikolaos Papanikos, Dimitrios-Georgios Akestoridis & Evangelos Papapetrou
Adyton is an event-driven network simulator, written in C++, for Opportunistic Networks (a.k.a. Delay-Tolerant Networks) that is capable of processing contact traces. The Adyton simulator supports a plethora of routing protocols and real-world contact traces, while also providing several congestion control mechanisms and buffer management policies.

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