Blog Archives

MFworks Tutorial – 02 Network Modelling

The key to producing a successful network model is in understanding the relationship between the characteristics of physical network systems and the representation of those characteristics by the elements of the network model. The efficacy and validity of the network depends on how precisely the network can be modeled to match the real world network it represents. A network can be explicitly modeled in vector GIS, but can only be approximated by a raster GIS like MFworks.

Network representation in vector GIS: Nodes (numbers) and arcs (letters)

A network in vector GIS takes the form of edges (or arcs) connecting pairs of nodes (or vertices). Nodes can be junctions and edges can be segments of a road.

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ARTICLES and PAPERS
Supply Chain Risk: Culture Shock
Is culture shock the reason why so many global and cross-culture business relationships fail? When i[...]
Measuring supply chain risk management
Today's article is a continuation (or should it rightfully have been the precursor?) of an article [...]
BOOKS and BOOK CHAPTERS
Book Review: Supply Chain Risk
This book, Supply Chain Risk, is from 2004 and edited by Clare Brindley of the Manchester Metropolit[...]
Risk and vulnerability in maritime supply chains
This week's focus are risks in the maritime supply chain. Today's article reflects on security in ma[...]
REPORTS and WHITEPAPERS
When disaster strikes...
...how does the transportation network recover? And why are transportation networks so essential to [...]
Global Risks 2009 - Countries at risk?
How will the current financial downturn affect supply chains? That's what we all wonder about, isn't[...]
from HERE and THERE
Secure Supply Chain Collaboration
Slightly outside the scope of this blog, which deals more with the management side of supply chain r[...]
Managing Supply Chain Risk
Did you know that the Supply Chain Council (SCS) has extended their renown SCOR-modelĀ  to Supply Cha[...]