8. P8
Liberated Human from Repetitive
Physical Labour
Liberated Human from Repetitive
Mental Labour
Industrial Revolution
Artificial Intelligence
9. P9
Function
GeoAI GIS for AI
AI for GIS
Processing Tools
Model
Building
Model
Application
Data
Preparation
Geospatial Machine Learning
Geospatial Deep Learning
Spatial
Analysis
for AI
Spatial
Visualization
for AI
AI
Interaction
AI Mapping
AI Attribute
Collection
AI Measuring
AI + AR
Framework Spark MLlib TensorFlow Keras PyTorch
Data File Relational data NoSQL Data
Library Samples Models
New
11. P11
Domain Base
Sample
• Sample data
• Sample characteristics
organization and
management
Original Library
• Store raw geospatial information data
Model
• Model file
• Model parameters
Data
cleaning
Model training
12. P12
• Distributed machine
learning framework
• Support linear regression,
random forest regression
and other machine learning
operators
• Machine learning analysis
algorithms to support big
data GIS
• Deep learning
framework supported by
Google
• Have a relatively
complete ecosystem
(mobile support, server
support)
• More suitable for AI
product construction
• A high-level neural
network API
• Written in Python and
using TensorFlow,
Theano, and CNTK as
back ends
• Suitable for rapid
iterative development
• Deep learning framework
supported by Facebook
• The model was evaluated
better than TensorFlow in
terms of ease of use and
performance
• There are also substantial
model resources to
support
Technical System Analysis - Framework
15. P15
Deep Learning Geospatial Deep Learning
Machine Learning Geospatial Machine Learning
Statistics Spatial Statistics
16. P16
Study and analyze spatial data and problems
based on statistical theory
Because of the special properties of spatial
data such as "spatial autocorrelation" and
"spatial stratification heterogeneity"
It is necessary to analyze the overall
characteristics of space, spatial interpolation,
spatial pattern and spatial regression
17. P17
Geospatial Distribution
Characteristics
• Spatial
Autocorrelation
• Spatial Stratified
Heterogeneity
Geospatial Pattern
and Regression
• Geospatial Point
Pattern
• General Model
Geospatial
Interpolation
• Kernel Density
• Inverse Distance
Weight
• Kriging
Geographic Sampling
• Spatial Random
Sampling
• Spatial Stratified
Sampling
• Sandwich
Sampling
• Spa
• B-shade
Geographical
Distribution
• Mean Center
• Median Center
• Centre Feature
• Direction
Distribution
• Standard
Distance
• Linear
Directional Mean
• New
18. P18
Environmental Factor Identification:
Affect Spatial Pattern of Disease
Disease Incidence
Watershed Zoning
Soil Type
DEM
Watershed Zoning
Dominates the Spatial
Pattern of Disease
Incidence
19. P19
A series of methods to analyze spatial
data using machine learning models
The spatial features of the task need to
be embedded into the machine learning
feature calculation process
Many machine learning models are
involved such as spatial clustering,
classification and regression
20. P20
Regression
• Geographic
Simulation
• Linear Regression
• Decision Tree
Regression
• Geographically
Weighted Regression
• Generalized Linear
Regression
• Forest- Based
Regression
Clustering
• Hot Spot Analysis
• Spatial Density
Clustering
Classification
• Map Matching
• Logistic Regression
• Gradient Boosting
Classification
• Decision Tree Classification
• Naive Bayes Classification
• Support Vector Machine
Classification
• Recognition Of Address
Elements
• Forest- Based Classification
• New
22. P22
Crime Rate Crime Type Crime Hotspot
Hot Spot Analysis
Support Vector
Machine
Classification
Forest- Based
Classification
Crime Analysis Based on Spatial Machine Learning
New
23. P23
• Based on machine learning (probability
graph) model, calculate the reasonable
matching of the trajectory points to be
matched and restore the real trajectory
Description
• Trajectory Points
Input Data
• Hidden Markov Model
Model
New
24. P24
• Restore real trajectory based on trajectory points
Hidden Markov
Model
More Advance
Machine
Learning
Operators
Total Length
Matched Length
Accuracy =
Road Matching Based on Hidden Markov Model
New
25. P25
A method to analyze spatial data based on deep
learning model
Through deep learning model, multidimensional
fusion, correlation analysis and in-depth mining of
complex spatiotemporal relations are carried out
At present, deep learning models such as
convolutional neural network (CNN) are widely
used
26. P26
3D Data Analysis
• Extracting Building
Footprint from
Oblique
Photography DSM
Data
Image Analysis
• Object Extraction
• Object Detection
• Scene Classification
• Binary
Classification
• Land Use/Cover
Classification
Graph Analysis
• Object Detection
• Image Classification
Spatiotemporal
Prediction
• Graph Time and
Space Regression
• New
29. P29
New
Type 1 Type 2 Type 3
Using a large amount of
historical electricity
meter data
Training AI model to
identify the electricity
meter type
Deploying and using on
mobile devices
30. P30
• Regression calculation for points
• Convert spatiotemporal data into
sequence signals on the graph
Description
• Point
Input Data
• Graph Neural Network (GNN)
Model
V: Nodes
E: Edge
V
E
New
33. P33
• Training neural network based on image
and sample data
• Used for instance segmentation of image
data
Description
• Image
Input Data
• Mask R-CNN
Model
New
52. P52
Vehicle Congestion (0-10)
Motor Vehicle Non-motor Vehicle
Motor Vehicle, Non-motor Vehicle,
Pedestrian Congestion
Top 5 Congested District
Real
Time
Information
District
Congestion
Congestion
Type
Video
53. P53
Real-Time AI Vehicle Recognizing Platform
Statistics
Illegal Vehicle
Pedestrian
Bicycle
Vehicle
Motorcycle
Bus
Truck
Motor
Vehicle
Non-motor
Vehicle
Cameras
55. P55
Function
GeoAI GIS for AI
AI for GIS
Processing Tools
Model
Building
Model
Application
Data
Preparation
Geospatial Machine Learning
Geospatial Deep Learning
Spatial
Analysis
for AI
Spatial
Visualization
for AI
AI
Interaction
AI Mapping
AI Attribute
Collection
AI Measuring
AI + AR
Framework Spark MLlib TensorFlow Keras PyTorch
Data File Relational data NoSQL Data
Library Samples Models
New
56. P56
SuperMap iObjects Python
AI Framework
SuperMap iObjects for Spark
SuperMap iServer
GIS Objects
AI Framework
GIS Terminal
Cloud GIS Server
SuperMap
iManager
Data
Processing
Analyst
MachineLearning Service
DataScience Service
SuperMap
iMobile/iTablet
(Mobile Terminal)
SuperMap
iDesktopX
(Desktop Terminal)
TensorFlow Keras
Spark MLlib PyTorch
SuperMap
WebApps
(Web Terminal)
SpatialStatistics ML.DataPrepartion
ML.Training ML. Inference
SuperMap
iClient /iClient3D
(Web Terminal)
Streaming
SuperMap iPortal
Resource.Notebook
Enhanced
59. P59
Product Parameters
GPU
Server
Motherboard Configure According to the Situation
GPU NVIDIA Tesla GPU T4
CPU 2*(intel E5-2630V4 2.2GHz 10 cores) ,intel® C612
RAM
16 *(Ecc4/Recc4 1.2v,2133~2666mhz , Max128G), Total Max 2048GB,
Standard: 128G RECC4 2666
Disk
8 * 3.5 Inch Hot-sway Bay,1*S4510 3.8t SSD SATA SATA2;SATA3;
PCI-E SATA2; SATA3; PCI-ER0; R1;R10;R5,Raid
Graphics Card Aspeed Ast2400 Bmc; VGA*1
Internet 82576 (Intel® I350 )+IPMI2.0
Power Configure According to the Situation