Network GIS & Utility Systems Data ModelingRapid, accurate creation of network data models, linear reference systems, and dynamic segmentation to support network analysis
Enterprise GIS and Network Modeling
Modeling Networks is essential for managing them
Applications of Networks in GIS range from roads, storm drains, water or fuel pipelines, to electrical transmission lines, telecommunications system, and beyond. Being able to easily ask sophisticated questions about your network, or quickly identify problem or bottlenecks is essential for high performance and mitigating costs.
Farallon specializes in rapidly and accurately creating network data models, linear reference systems, and dynamic segmentation to support network analysis.
Using LSR with Network GIS to ask critical questions
Which pipes will no longer flow if we close a valve?
Point and paths in a Network are typically identified using a system of linear references. For example, the location of a leak in a pipeline is referenced by location to known locations of valves or bends in the pipe. A GIS using linear references for the Network model, can answer sophisticated questions, such as “what is the shortest path between point A and B?” or “which pipes will no longer flow if valve X is closed?”
Integrate relevant non-spatial data with an easily understood Network spatial display
Using Dynamic Segmentation, tabular data can be visualized on a map and displayed, queried and analyzed in a GIS. Dynamic segmentation, used in conjunction with a linear reference system, can quickly create maps showing subsets of a network such as a map displaying only the sections of 2 lane roads with pavement rated as “poor”.
In addition, we integrate network GIS with industry leading applications such AutoCAD and MTC’s StreetSaver Pavement Management System.
Utility Systems Data Modeling
Modeling and network connectivity for power stations, electricity poles, substations, telephone poles to house or building junction boxes
To operate efficiently, utility managers need to have ready access to critical summary information, from personnel locations in the field to political boundaries to highway and road information. More broadly, local utilities need to be able to integrate with larger utility databases – (water, sewer, storm, and combined sewer features that are also consistent across the county). The goal is to be able to integrate peripheral systems, share data with municipalities that may have different systems, and take advantage of federal standards, which may allow federal funding.
Utility Model GIS allows network connectivity to be generated on the fly, as edits are made, based on the rules and relationships established in the geodatabase design. Updates are automatic and there is no need to run outside network connectivity routines every time a change is made in the database.