Clone of Clone 4of IM 27348, of JPS IM-27150 of original JPS IM-14117 See reference in diagram notes. WIP for Environment part of primary care regional model
Clone 5 The Ecology of Medical Care
Current and proposed Structure of CCP and related Models expanding on the details provided in the Project Completion plan IM-101760
Structure of the CCP Models
Simplest ED Model for Weekend ED Performance with 1 ED area IM-11079 Ward net discharges are extended with Ward and Waitlist inflow and outflow details (informed by IM-7981) WIP
Clone of ED Flows extended to Ward and Waitlist Flows
FBE WIP based on ithink proof of concept model by Mark Heffernan See IM-1689 for black and white version
Extreme weather events effects on hospitals
Adapted from Fig 2, from Ana V Diez Roux (2011) Complex Systems Thinking May Help Us Transcend Current Impasses in Health Disparities Research Am J Public Health 2011;101 1627-1634 http://ajph.aphapublications.org/cgi/content/abstract/101/9/1627?etoc
Genes environment and physical activity interplay
WIP for Continuity of care ISO From Wikipedia Initial Insight Representation from ContSys
IM-4008 with split off patient statechart See
IM-2846 for Agent with infectious disease and
IM-4031 for additional professional statechart
Clinical Process with Patient States
WIP for Continuity of care ISO Old Version From Wikipedia Replaced by IM-4008
Clone of Clinical Process eHealth view
From Daniel H Kim (1993) Sloan Management Revew article based on Ch2 of his 1993 MIT PhD Thesis A FRAMEWORK AND METHODOLOGY FOR LINKING INDIVIDUAL AND
ORGANIZATIONAL LEARNING:APPLICATIONS IN TQM AND PRODUCT DEVELOPMENT
Linking Individual and Organizational Learning
Kidney replacement therapy dynamics: causal loop diagram of the kidney dialysis and transplant model extended to Chronic Kidney Disease from MOTOHASHI and NISHI Int. J. Epidemiology1991; 20: 1032-1036
End Stage Kidney Disease CLD
WIP representation of thinking feeling acting and interacting
Clone of Human behaviour
WIP based on Raafat Zaini's 2015 Triple Helix article and PhD Colloquium and ISDC 2013 university growth paper ithink models as a starting point for health care systems science modelling growth dynamics
Startup University Model
A work in progress conceptual model based on Using system dynamics principles for conceptual modelling of publicly funded hospitals by HJ Wong et al Journal of the Operational Research Society advance online publication, 27 April 2011 doi:10.1057/jors.2010.164. Linked concepts with annotated definitions.
ED Crowding Hospitals and Beyond Linked Concepts
WIP Map as a basis for a future simulation that extends IM-319 to include KPIs
Renal Care Key Performance Indicators
A Medical Imaging View of Patient Flows through ED Imaging Workup. See IM-375 for an extended map
ED-Imaging Patient Flow 1
Adapted from Fig.4, from Ana V Diez Roux (2011) Complex Systems Thinking May Help Us Transcend Current Impasses in Health Disparities Research Am J Public Health 2011;101 1627-1634 http://ajph.aphapublications.org/cgi/content/abstract/101/9/1627?etoc
Health and Social Circumstances across Generations
Business case for investment in national eHealth Infrastructure Programs
National eHealth Program Benefits
Arthur Kleinman's book p228 the remaking of moral life
What Really Matters
WIP Elements from macroeconomics, neoliberalism and commercial determinants of health frameworks to provide a background to the effects of the universal basic income on health and wellbeing for the first 1000 days. UBI diagram modified from Johnson2021 article Expanded in Insight 2
Employment and Welfare Interventions Effect on the first 1000 days 1
A simple generic rich picture WIP view of interactions among social structures and agents and Boonstra's 2016 conceptualizing power article from Ecology and Society
Power and Health Interests
WIP unfolding for trainee modeller AD to provide context and direction for 2018 CCP work and beyond. See also Early Childhood intervention IM-94482
Clone of Projects to Programs - Decision Analytics
The pharmaceutical supply
chain in Sri Lanka faces numerous challenges, including fluctuations in demand,
regulatory constraints, and logistical inefficiencies. This report aims to
develop a comprehensive model using system dynamics to understand and improve
the supply chain's efficiency and responsiveness. The primary objective is to
analyze the key dynamics influencing the supply chain, such as supply rates,
demand fluctuations, and inventory management, and to propose strategic
insights for optimization.
Stock & Flow Diagram for Sri Lankan Pharmaceutical Supply Chain
Model combining system dynamics and agent based modeling. Based on Prochaska's Transtheoretical Model of Behaviour Change. See also preceding SD Version IM-574
Clone of Smoking Cessation
Dynamics of Emergency Room Crowding a simple uncalibrated simulation which includes Wards and some simple internal ED feedback effects
Emergency Room and Wards Patient Flow Simulation
