Network Analysis with ArcGIS Pro
Strictly by pre-registration only
What is this course about?
Determine the optimal path.
GIS analysis tools are widely used for path optimization—that is, to do things like find the most efficient route between stops on a transportation network, the safest path between point A and point B, and to identify suitable land routes for roads and pipelines. In this course, you will learn how to create network dataset and spatial analysis techniques to plan optimized routes for a vehicle or fleet, locate the closest facilities, and define service areas.
Course details
Location
Jakarta
Duration
2 days
Level
Advanced
Category
Visualisation, Editing and Analysis Course
CPD points
Software
Esri will provide the following software to use during class:
- ArcGIS Pro (Standard or Advanced)
- ArcGIS Network Analyst
Are there any prerequisites?
- Completion of ArcGIS Pro: Essential Workflows or equivalent knowledge
What skills will I learn?
- Organize the source data for a network dataset.
- Create a network dataset.
- Ensure network elements are properly connected and network attributes are established.
- Find efficient routes over a fixed infrastructure.
- Find the closest facilities.
- Perform location-allocation.
- Generate service areas.
What can I expect?
- Create a network dataset
- Network dataset
- Multimodal network dataset
- Network dataset layer symbology
- Network element
- Connectivity in network dataset
- Turn in network dataset
- Exercise 1: Create a network dataset
- 2. Find the shortest path and generate directions with Route
- Route solver
- Route solver options
- Directions
- Route analysis layer
- Exercise 2: Find the shortest path and generate directions with Route
- 3. Identify the closest facility
- Closest facility
- Closest facility parameters
- Closest facility analysis layer properties
- Exercise 3: Identify the closest facility
- 4. Calculate the travel time between origins and destinations with OD Cost Matrix
- Origin-Destination (OD) Cost Matrix solver
- OD Cost Matrix solver results
- OD cost matrix analysis layer properties
- Exercise 4: Calculate the travel time between origins and destinations with OD Cost Matrix
- 5. Visualize the reachable area with Service Area
- Service area
- Service area parameters
- Service area analysis layer
- Exercise 5: Visualize the reachable area with Service Area
- 6. Create and use a network dataset with public transit data
- Network analyst public data transit model
- GTFS public transit data
- Exercise 6: Create a model for generating the fastest delivery route
- 7. Choose the best location with Location-Allocation
- Example of location-allocation
- Input and outputs
- Location-allocation analysis layer
- Location-allocation analysis layer properties
- Exercise 7: Choose the best location with Location-Allocation
- 8. Vehicle routing problem
- Vehicle routing problem
- Vehicle routing problem parameters
- Vehicle routing problem analysis layer
- VRP analysis layer properties
- Exercise 8A: Service a set of orders with a fleet of vehicles
- Exercise 8B: Find the best routes to service paired orders
- 9. Create a model for route analysis
- Model for route analysis
- Model as a geoprocessing tool
- Exercise 9: Create a model for generating the fastest delivery route