Infrastructure Network Project Optimisation Approaches (4 of 4)

This video explores different approaches to optimising the assignment of projects on infrastructure network elements, as implemented in the Juno Cassandra framework for Infrastructure Deterioration Modelling.
In this video we deal with a more rigorous stocastic approach to optimisation and show that this approach can - for small problems - give a better result that the three methods discussed in the first three videos.
Links to earlier videos in this series:
Video 1 ("Bottom Up Greedy")
• Infrastructure Network...
Video 2 ("Bottom Up Egalitarian")
• Infrastructure Network...
Video 3 (Decreasing IBCR):
• Video
Documentation for JCass Toolbox:
lonrix-limited...
Documentation for Juno Cassandra Framework:
lonrix-limited...
More about this Video:
Juno Cassandra ('JCass') is a modern framework for Infrastructure Deterioration Modelling, built by Lonrix Ltd.
Juno Cassandra is one of the first Machine Learning enabled frameworks for Deterioration Modelling. With Juno Cassandra, you can build and run your own domain models to analyse deterioration and funding needs for infrastructure networks such as Road Networks, Bridge Networks, Pipe Networks, Footpath Networks etc. Juno Cassandra is highly customisable. So whether your models use older established approached such as the World Bank's HDM models, or whether you want to use modern Machine Learning models, the Juno Cassandra Framework will be able to suit your needs.
For more information, or to participate as a Beta Tester for Juno Cassandra, please get in touch with Lonrix Ltd at www.lonrix.com/