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Source code corpora, bug reports, vulnerability databases, network intrusion detection, malware samples
1,561 datasets
One of eight declarations issued by G7 leaders on June 9, 2018, during their summit in Charlevoix, Quebec. The document is a statement of commitment archived by Global Affairs Canada and is provided as a PDF. The publisher notes it is out of date and should be referenced for research or recordkeeping purposes only.
LibScan_DataSet is a 11.1 MB ZIP file containing the source code and data for the LibScan project. It was authored by Wang Yishun and last updated on April 28, 2026. The dataset is shared under a CC-BY-4.0 license on the figshare platform.
Replication Data for "Debt Maturity and Commitment to Firm Policies" contains the Matlab code used to solve models and generate figures and tables for the academic paper. The code was authored by Andrea Gamba and Alessio Saretto for their work forthcoming in the Review of Corporate Finance Studies. The dataset was last updated on June 1, 2026.
A briefing package prepared by the Office of the Privacy Commissioner of Canada for a Senate committee appearance on December 4, 2025. The document contains analysis and positions regarding Bill C-15, the budget implementation act. It was published on the Open Canada portal in April 2026.
Annual self-reported filings from property owners in New York City, capturing bedbug infestation history as required by Local Law 69 of 2017. The data includes counts of infested and eradicated units, building identifiers, and precise geographic coordinates. It is published by data.cityofnewyork.us and was last updated on 2026-03-15.
27 sub-models cover the entire Brisbane City Council area for flood risk analysis. This Kholo sub-model dataset contains reports, metadata, and results data for flood height, depth, and hazard across eight storm recurrence intervals. Brisbane City Council produced the study to inform flood management policy.
Flood study results for the Upper Oxley sub-model within Brisbane City Council's citywide analysis. The dataset contains flood height, depth, and hazard results for 8 different storm recurrence intervals. It is part of a larger study comprising 27 individual sub-models covering the entire council area, produced by Brisbane City Council.
27 sub-models cover the entire Brisbane City Council area for flood risk analysis. The dataset contains metadata, reports, and results data for flood height, depth, and hazard across eight storm recurrence intervals. It was produced by Brisbane City Council to inform flood management policy.
27 sub-models cover the entire Brisbane City Council area, providing flood height, depth, and hazard results for eight Average Recurrence Interval storm events ranging from 2 to 2000 years. Brisbane City Council produced this technical data to inform flood risk management policy for local creek and overland flow catchments.
27 sub-models cover the entire Brisbane City Council area for flood risk management. This Upper Kedron sub-model contains results data for flood height, depth, and hazard across eight storm events, from 2 to 2000-year Average Recurrence Intervals. The dataset includes reports, metadata, and technical data produced by Brisbane City Council.
Pullen Pullen sub-model contains flood study reports, data, and results for the Brisbane City Council area. Results include flood height, depth, and hazard data for 8 different storm recurrence intervals, from 2 to 2000 years. The dataset is part of a larger study comprising 27 individual sub-models covering the entire council region.
Brisbane City Council's flood study provides results data for the Bald Hills sub-model, one of 27 covering the entire council area. The dataset contains modeled flood height, depth, and hazard metrics for storm events with recurrence intervals from 2 to 2000 years.
27 individual sub-models cover the entire Brisbane City Council area for flood risk analysis. Results include flood height, depth, and hazard data for eight storm events ranging from 2 to 2000-year Average Recurrence Intervals. The dataset, produced by Brisbane City Council, contains reports, metadata, and modeling results for existing floodplain conditions.
27 individual sub-models cover the entire Brisbane City Council area. This dataset contains reports, metadata, and results data for flood height, depth, and hazard for the Tingalpa Res East sub-model. Results are available for eight storm events with Average Recurrence Intervals from 2 to 2000 years.
27 individual sub-models provide flood height, depth, and hazard results for the entire Brisbane City Council area across eight storm recurrence intervals. Brisbane City Council created this technical data to inform flood risk management policy and operations. The dataset includes reports, metadata, and results for existing floodplain conditions.
Brisbane City Council provides data and metadata from its Citywide Creek and Overland Flow Path Mapping Flood Study, comprising 27 individual sub-models. The Norman Sub-Model dataset contains results for flood height, depth, and hazard across eight storm event recurrence intervals from 2 to 2000 years.
Brisbane City Council's Citywide Creek and Overland Flow Path Mapping Flood Study includes 27 individual sub-models covering the entire council area. The dataset provides flood height, depth, and hazard results for eight Average Recurrence Interval storm events from 2 to 2000 years. It contains reports, metadata, and results data for existing floodplain condition scenarios.
27 individual sub-models cover the entire Brisbane City Council area for flood risk analysis. The dataset contains reports, metadata, and results data for flood height, depth, and hazard across eight storm recurrence intervals. Brisbane City Council produced this data to inform flood management policy.
27 individual sub-models cover the entire Brisbane City Council area for flood risk analysis. This dataset contains metadata, reports, and results data for the Moggill East sub-model, including flood height, depth, and hazard for 8 different storm recurrence intervals. It was produced by Brisbane City Council to inform flood management policy.
Brisbane City Council provides flood study results for the Brookfield sub-model, one of 27 sub-models covering the entire council area. The dataset contains flood height, depth, and hazard results for storm events with recurrence intervals from 2 to 2000 years.