These datasets are part of Community Resource for Archiving Wireless Data (CRAWDAD). CRAWDAD began in 2004 at Dartmouth College as a place to share wireless network data with the research community. Its purpose was to enable access to data from real networks and real mobile users at a time when collecting such data was challenging and expensive. The archive has continued to grow since its inception, and starting in summer 2022 is being housed on IEEE DataPort.
Questions about CRAWDAD? See our CRAWDAD FAQ. Interested in submitting your dataset to the CRAWDAD collection? Get started, by submitting an Open Access Dataset.
A tool for monitoring wireless statistics in real-time.
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.
Lastmodified :
2006-11-09Dataname :
tools/collect/802.11/wrapi_plusFile :
wrapi_plus.tar.gzReleasedate :
2005-05-10Change :
Wi-Fi network scanner/wardriving tool.
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.
Lastmodified :
2009-07-08Dataname :
Wifidelity toolkit - Trace statistics and timing.
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.
Lastmodified :
2008-05-16Dataname :
Wifidelity toolkit - Trace statistics and timing.
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.
Lastmodified :
2008-05-16Dataname :
WScout, lightweight PCAP file visualizer.
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.
Lastmodified :
2010-01-18Dataname :
tools/analyze/pcap/WScoutFile :
wscout-2.3.tar.bz2, wscout-2.3.tar.gzReleasedate :
2010-01-13Equiversion :
WScout, lightweight PCAP file visualizer.
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.
Lastmodified :
2009-07-22Dataname :
tools/analyze/pcap/WScoutFile :
wscout-2.2.tar.bz2, wscout_2.2-1.tar.gz, debianReleasedate :
2008-07-31Equiversion :
WScout, lightweight PCAP file visualizer.
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.
Lastmodified :
2007-11-16Dataname :
tools/analyze/pcap/WScoutFile :
wscout-1.2.tar.gzReleasedate :
2007-11-13Equiversion :
v1.2Change :
WScout, lightweight PCAP file visualizer.
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.
Lastmodified :
2007-11-16Dataname :
tools/analyze/pcap/WScoutFile :
wscout-1.1.tar.gzReleasedate :
2007-09-25Equiversion :
v1.1Change :
WScout, lightweight PCAP file visualizer.
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.
Lastmodified :
2007-11-16Dataname :
tools/analyze/pcap/WScoutFile :
wscout-1.0.tar.gzReleasedate :
2007-09-12Equiversion :
v1.0Change :
Loceva - an evaluation tool for 802.11-based positioning systems.
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.
Lastmodified :
2007-12-05Dataname :
tools/analyze/location/locevaFile :
