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Image feature data from High-content imaging of primary chronic lymphocytic leukemia cells
No full textImage feature data from High-content imaging of primary chronic lymphocytic leukemia cell
Detailed Gender by Age, Census 2021, in the Greater Toronto Area [Canada] [Custom Tabulation] [B2020] [CSV]
No full textThis is a custom tabulation from Statistics Canada. It presents data on age, gender identity, and geography. It contains a detailed breakdown of age and the geography encompasses Canada as a whole and displays a breakdown of the census divisions (CD) of the Greater Toronto Area, those being: Durham, York, Toronto, Peel, and Halton
Replication Data and Code for: Can Digital Distribution Defy the Law of Gravity?
No full textThe data and programs replicate tables and figures from "Can Digital Distribution Defy the Law of Gravity?", by Yuta Watabe, Eugene Kanasheuski and Han Yang. Please see the ReadMe file for additional details
Replication Data for: Summer 2023 Canadian Boreal Forest Wildfires: An Analysis of CO, HCHO, and NO2 Downwind Enhancement Rates
No full textThis dataset contains TXT files (comma-delimited) for the background-corrected enhancement rates and ΔVCDs calculated from TROPOMI satellite measurements using the Gaussian-flux method for the 2023 Western Canadian boreal forest wildfires and the 2019 FIREX-AQ wildfires analyzed in the paper "Summer 2023 Canadian Boreal Forest Wildfires: An Analysis of CO, HCHO, and NO2 Downwind Enhancement Rates" by Hearne et al. (submitted, 2025).
The CSV files have been named as follows "NameOfFire_Species_Date_oOrbit.0.csv":
(1) NameOfFire is the naming convention found in Hearne et al. (2025),
(2) Species is either CO, HCHO, or NO2,
(3) Date is the date of the fire in YYYYMMDD format, and
(4) oOrbit.0 is the orbit number for TROPOMI overpass led by an "o" and followed by a ".0".
Inside each CSV file is the following information by column:
(A) "loc" is the location, in 4 km increments, of the start of each integration box, in the downwind direction,
(B) "windspeed" is the average wind speed, in km/hr, of the average wind speed within each 4 km box for 150 km downwind.
(C) "windspeedy" is the wind speed at averaged within each 4 km box,
(D-G) Numbered columns (0,1,...,etc.) are described in detail, below.
(H) "VCD" is the vertical column density enhancement (ΔVCD) in molec/cm^2 (background-corrected, i.e. with the background VCD between 20 to 50 km upwind subtracted),
(I) "Line" is the line density (molec/cm),
(J) "STD" is the standard deviation from the centre of the Gaussian fit profile across the ΔVCDs (molec/cm^2),
(K-N) The last four columns include META DATA for the fire and include the fire name "name", trace gas "species", the data of the fire in YYYYMMDD "date", and TROPOMI overpass "orbit".
Numbered columns (0, 1, ..., etc.) in the CSV file are background-corrected enhancement rates in tonnes/hour for each species. Each number corresponds to a lifetime (τ) used to calculate the enhancement rates, following the following key:
CO:
'0' ---> τ = 336 hours
HCHO:
'0' ---> τ = 1.5 hours
'1' ---> τ = 3.0 hours
'2' ---> τ = 6.0 hours
NO2:
'0' ---> τ = 1.0 hours
'1' ---> τ = 2.0 hours
'2' ---> τ = 4.0 hours
'3' ---> τ = 6.0 hour
An agent-based fuzzy constraint-directed negotiation model for solving supply chain planning and scheduling problems
No full textSupply chain planning and scheduling problems require manufacturers (project managers) to determine product configurations, select suppliers (contractors) for task allocation, and schedule project tasks while considering various production constraints among manufacturers and suppliers. Most relevant studies have focused on finding an optimal solution based on complete information provided by each enterprise in a supply chain. However, the practical implementation of complete information sharing
is difficult, if not impossible, because of the fully distributed nature of the supply chain process. This work proposes an agent-based fuzzy constraint-directed negotiation (AFCN) model to solve problems associated with supply chain planning and scheduling, which are modeled as a set of fuzzy constraint satisfaction problems (FCSPs) that are interlinked via inter-agent constraints. To accommodate the perspectives and interests of each enterprise in a supply chain, conflicts among FCSPs are resolved using the AFCN protocol through the iterative exchange of offers/counter-offers with limited information sharing and without privacy breaches. A proposed offer/counter-offer represents not only a set of acceptable solutions and preferences for an operational task but also the possibility of conflict in this area. For each FCSP,the incremental process of offer/counter-offer evaluation eliminates redundant and infeasible solutions. The sharing of limited non-strategic sensitive information among agents enables them to elucidate their opponents’ intentions through iterative negotiations, such that the agents can reach an agreement while ensuring that the solution to a project planning and scheduling problem is satisfactory. The AFCN model is also sufficiently flexible to incorporate different negotiation strategies such as competitive, winwin, and collaborative strategies, for various production environments. Herein, a numerical study was conducted to examine the practical viability and effectiveness of the proposed AFCN model. The experimental results show that the proposed AFCN model not only can generate a schedule that is comparable to a near-optimal solution but also is time-efficient. This indicates that the proposed AFCN is a practical and effective method for solving supply chain planning and scheduling problems in fully distributed
environments
Fichier des codes postaux par circonscriptions électorales fédérales [Canada], mai 1999, Recensement de la population 1996
No full textLe FCPCEF est un fichier numérique qui établit un lien entre le code postal à six caractères et les circonscriptions électorales fédérales du Canada (également appelées circonscriptions fédérales).
Selon Élections Canada, une circonscription électorale fédérale (CEF) est un endroit ou un territoire dont les habitants sont en droit d’élire un député à la Chambre des communes. Les limites légales et les descriptions des CEF sont du ressort du Directeur général des élections et sont généralement révisées tous les dix ans d’après les résultats du recensement décennal. Selon l’Ordonnance de représentation de 1996, dernière révision des limites des circonscriptions électorales fédérales, il y a 301 CEF au Canada
Certains codes postaux chevauchent les limites d’une ou de plusieurs CEF. Les utilisateurs apparient souvent le code postal de leur ensemble de données à la CEF du FCPCEF. Lorsqu’ils effectuent ce jumelage, les utilisateurs doivent se rappeler que le code postal de leurs données peut renvoyer à l’adresse postale d’une personne, et pas nécessairement à son adresse résidentielle. De même, le code postal de l’adresse d’une entreprise n’indique pas nécessairement l’emplacement des activités de l’entreprise.
La date de référence pour les codes postaux inclus dans le FCPCEF est la même date que celle retenue pour les codes postaux compris dans le Fichier de conversion des codes postaux (FCCP) diffusé en même temps que la présente version du FCPCEF</p
Replication data for: Predicting Staphylococcus aureus spa Types Using MALDI-TOF Mass Spectrometry and Machine Learning.
No full textThis dataverse contains the datasets and R scripts for an article in preparation for submission
Processed Catchment-Averaged Meteorological Forcings from Daymet for Streamflow Monitored Catchments in British Columbia and Transboundary Basins
No full textThis dataset provides catchment-averaged daily meteorological time series for selected watersheds in British Columbia
and adjacent regions. Meteorological variables are derived from the Daymet gridded climate dataset (Version 4 R1)
at a 1-km spatial resolution and include:
• Precipitation (prcp)
• Maximum and minimum temperature (tmax, tmin)
• Shortwave radiation (srad)
• Vapor pressure (vp)
• Snow water equivalent (swe)
• Day length (dayl)
• Potential evapotranspiration (PET), computed using the Penman-Monteith method via the PyDaymet packag
Daniel Nicholson
No full textPart of the Virtu-WIL project. See https://www.collegesinstitutes.ca/what-we-do/canadian-partnerships/virtu-wil/ for more details on this. Nursing case, post-operative complications.
Psychiatric patient diagnoes with schizophrenia and experiencing EP
