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Written by Web Master   
Thursday, 23 Octomber 2025

Simulation-Based Approaches to Ensuring Safe Online Gaming

 

Simulation based approaches

TTrust remains the foundation of online gaming, yet many Canadian players still question whether digital casinos operate fairly. While choosing the safest casinos in Canada involves checking licenses and reading reviews, the real protection happens behind the scenes through sophisticated simulation systems. Just as climate scientists use massive computational models to predict weather patterns and environmental changes, the gambling industry could leverage similar technologies to guarantee fairness, detect fraud, and stress-test systems before problems reach players. This approach represents the future of online gaming safety in Canada.

Last Updated ( Thursday, 23 Octomber 2025 )
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What is UJCC ?
Written by Web Master   
Thursday, 04 January 2007

What is the UK-Japan Climate Collaboration ?

 

Earth climate simulator

The aim of the UJCC project is to exploit the power of the Earth Simulator to produce world-leading climate simulations. The enhanced resolution models will allow unprecedented fidelity of simulation, and allow many emergent phenomena to be resolved. The science of the project will then be to understand how the increased resolution changes the large scale mean climate, consider whether the emergent processes are therefore essential to produce reliable climate models, and consider if these processes can be parameterized in lower resolution models, or if their importance is enough to drive model resolution to increase.

Last Updated ( Tuesday, 17 July 2007 )
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Run status
Written by Adam Clayton   
Friday, 26 October 2007
  • 1970
  • 1980
  • 1990
  • 2000
  • 2010
  • 2020
  • 2030
  • 2040
  • 2050
  • 2060
  • 2070
  • 2080
  • 2090
  • 2100
  • NUGAMv2

    • Atmosphere-only AMIP II run
    • Resolution: n216 (~60km)
    • Run period: 01/03/1978-01/03/1999
    • RUNIDs: eafwa
  • NUGAMv2+4K

    • NUGAMv2 run, with 4K added to SSTs
    • Resolution: n216 (~60km)
    • Run period: 01/03/1978-01/12/2004
    • RUNIDs: eafww, eafmm
  • HiGEM

    • Coupled atmosphere-ocean model
    • Resolution: n144 (~90km) atm, 3rd deg ocn
    • Run period: 01/09/1978-
    • RUNIDs: eadwh, eafeb, eafeg
  • HiGEM_CChange

    • HiGEM run, with +2% p.y. CO2 increase
    • Resolution: n144 (~90km) atm, 3rd deg ocn
    • Run period: 01/12/2008-
    • RUNIDs: eafee
  • HadGEM_3rdOcn

    • Coupled atmosphere-ocean model
    • Resolution: n96 (~130km) atm, 3rd deg ocn
    • Run period: 01/9/1978-1/12/2028
    • RUNIDs: eaewa, eafic, eafie
  • HadGEM

    • Coupled atmosphere-ocean model
    • Resolution: n96 (~130km) atm, 1 deg ocn
    • Run period: 01/9/1978-1/12/2078
    • RUNIDs: eacsb, eacsc, eadzk, eadzp
  • HiGEM_1DegOcn

    • Coupled atmosphere-ocean model
    • Resolution: n144 (~90km) atm, 1 deg ocn
    • Run period: 01/9/1978-1/12/2028
    • RUNIDs: eadvi, eadvj, eadvl
  • HiGAM

    • Atmosphere-only AMIP II run
    • Resolution: n144 (~90km)
    • Run period: 01/09/1978-01/12/2002
    • RUNIDs: eaeua, eaeub, eafdc
  • Run in progress
  • Run completed
Last Updated ( Monday, 29 October 2007 )