Introduction of super map gis 10i bitcc technology jayson
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SuperMap GIS 10i is SuperMap's latest GIS software release. It features cloud native GIS, cross-platform GIS, new 3D GIS capabilities, big data GIS, and AI GIS technologies. SuperMap has over 4,000 employees and 700 partners worldwide, with annual revenues growing from $72.9 million in 2015 to $221 million in 2018.
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Introduction of super map gis 10i bitcc technology jayson
- 1. 1 Introduction of SuperMap GIS 10i BitCC Technology SuperMap Software Co., Ltd Jayson Yuan yuanzixiang@supermap.com
- 3. 3 SuperMap Foundation ■China Academy of Science ■June 18, 1997 ■Founder: Dr. Ershun Zhong
- 4. 4 Listed in Stock Exchange Market in 2009 A Public Listed GIS Company
- 6. 6 (Millions USD) 72.9 Annual Revenue(2015 – 2018) 122 194 221 201720162015 2018 R&D Investment 18%
- 7. 7 More than 4000 employees
- 10. 10 Key Technologies of SuperMap GIS 10i (BitCC) Cloud Native GIS Cross Platform GIS NewThreeDimensionGIS BigDataGIS AIGIS
- 12. 12 SuperMap Cross Platform GIS（ From 2006） SuperMap GIS 10i EulerOS x86 Open Power ARM MIPS SW-64 K-UX
- 13. 13 Safe and Controllable The Lastest Technology Cost-effective
- 15. 15 Development of SuperMap Cloud GIS Technology SuperMap iServer SuperMap iClient SuperMap Online SuperMap iCloudManager SuperMap iManager Cloud Native GIS 2017 2015 2014 2013 2010 SuperMap iExpress SuperMap iPortal 7C 8C 9D 6R 2018 Cloud Ready GISCloud Enabled GIS Virtualization Technology Docker Elastic expansion load balancing Cluster Intelligent OM … … 2019 10X Four core products Current Products Renamed Products Cloud-terminal Integration GIS Gloud-edge-terminal Integration GIS Distributed Storage and Computing Micro service Dynamic layout Intelligent OM in Cloudy Environment … SuperMap iEdge
- 16. 16 Cloud GIS Products: Four Carriages GIS Portal SuperMap iPortal GIS Application Server SuperMap iServer GIS Edge Server SuperMap iEdge GIS Cloud Manager SuperMap iManager
- 17. 17 Coordination of Four Carriages iManager iServer iServer iServer iPortal iEdge iEdge iEdge iEdge Accelerate Portal Service Management
- 18. 18 How the cloud products work in application project GIS Application Server SuperMap iServer A P P 1 Customer Services System Natural Disasters Geographical Database Risk Geographic Database Business Thematic Database Basic Geographic Database Population Economic Geographic Database Decision Analysis System A P P 2 A P P 3 A P P 4 A P P 5 A P P 6 … Province Node 1 Province Node 3 Province Node 2 Other Node iExpress Command and Dispatch System / Service Aggregation …… Enterprise Geographic Information Public Service Platform SuperMap iPortal iClient iDesktop iObjects iMobile
- 19. 19 More Elastic Cloud Cloud NativeMicroservice Docker Automated Arrangement
- 20. 20 GIS Microservice ……Single GIS server From complexity to simplification Running-unit becomes smaller Faster deployment
- 21. 21 Map Data 3D Analysis Gateway Raster User Configu -rate Manage https://hub.docker.com/u/supermap Package Microservices Deploy to Container Container
- 22. 22 GIS Center- Dynamic Arrangement and Elastic Scaling Monitor Log Wechat Management Account Auto Scaling SuperMap GIS 10i Container GIS Arrangement Management Scheduling iManager Split Refined
- 23. 23 New iManager for K8s 10.0.0
- 24. 24 SuperMap iManager: One-click Deployment-Cloud Native GIS Environment Multi-host Based Cluster SuperMap GIS Big Data Environment One-click Creation iObjects iDesktop
- 25. 25 New 3D GIS 3
- 26. 26 New Generation of 3D GIS • New generation of 3D GIS • Integratio n of 2D & 3D • Support multi- source data • Support multi- terminals
- 27. 27 Transition Solution: 2D & 3D Linkages • 2D GIS Platform • 3D Visualization Software • 2D & 3D Linkages • Poor data integration • Difficulties in functional integration • Lack of advanced analytical capability A matter of expediency
- 28. 28 Key Points of 2D & 3D Integration （1-3-1） 2D & 3D integration of data structure 2D & 3D integration of software products 2D & 3D integrated spatial data management
- 29. 29 3D model data storage management 3D model data support spatial databaseAdvantages of 3D Spatial Database ： 1) Customize business attributes 2) SQL and Spatial Query 3) Sharing and Security
- 30. 30 Key Points of 2D & 3D Integration （1-3-1） 2D & 3D integration of data structure 2D & 3D integration of software products 2D & 3D integrated spatial data management Scene Construction of 2D & 3D Integration
- 31. 31 Symbolized 3D Scene-Model Symbols
- 32. 32 Symbolized 3D Scene-Pipeline Symbol
- 33. 33 Representation of 2D data with 3D scene
- 34. 34 Key Points of 2D & 3D Integration （1-3-1） 2D & 3D integration of data structure 2D & 3D integration of software products 2D & 3D integrated spatial data management Scene Construction of 2D & 3D Integration Spatial Analysis of 2D & 3D Integration
- 35. 35 Spatial Analysis of 2D & 3D Integration Area measurement Height measurement Distance measurement 3D measure ment Buffer analysis Spatial query Network analysis Show 2D Analysis in 3D Building 3D Network Compute flow direction Bursting Analysis 3D Network Analysis Viewshed Analysis Profile Analysis Skyline Analysis Shadow Analysis Terrain Analysis GPU Analysis
- 36. 36 New Generation of 3D GIS • New generation of 3D GIS • Integratio n of 2D & 3D • Support multi- source data • Support multi- terminals
- 37. 37 Oblique Photography • Plane/UAV takes overlapped images from multiple angles • Image Processing • Automatic generate 3D model by software
- 38. 38 Advantages of Automated Modeling for Oblique Photography • High Efficiency • High • Accuracy • High Realism • Low • Cost
- 39. 39 Three Challenges Faced by Automated Modeling Achievements of Oblique Photography • Mass Data • Object Extractio n • Effect Repair
- 40. 40 SuperMap GIS Faces Three Challenges • Load OSGB Directly • Overlay with vector polygon to extract object • Symbolic Modeling
- 41. 41 Object Query in Oblique Photography 3D Model Query a buildingVector Polygon
- 42. 42 Query Attribute Query Unit Thematic Map Spatial Query Expression of Object Extraction in Oblique Photography
- 44. 44 BIM Needs GIS Design + construction + O & M BIM Model GIS Environment
- 45. 45 3D GIS Needs BIM • Important Data Source • From macro to micro • Fine management • From Outdoor to Indoor • Integration of indoor and outdoor
- 46. 46 BIM+GIS Intelligent City Management Application Road and Bridge Construction City Design Project Management Building O&M
- 47. 47 Key Points of Integration of 3D GIS and BIM • Data Import • Guaranteed performance • Retain Ability
- 48. 48 BIM Upgrade to CIM, Requires GIS Empowerment CIM Establish a unified coordinate system to align various city information Provides spatial computing, spatial relationships, spatial analysis, etc. based on 3D volume objects Provide a basic base map of 2D and 3D integration Provide BIM data management capabilities for large-scale buildings M a n a g e l i n k n e t w o r k s between BIMs, such as roads, pipe corridors, pipelines, etc. Multi-source data fusion, Internet of Things And more key technologies BIM + GIS + IoT +…
- 49. 49 New Generation of 3D GIS • New generation of 3D GIS • Integratio n of 2D & 3D • Support multi- source data • Support multi- terminals
- 50. 50 Change of Terminals PC Web Mobile
- 51. 51 SuperMap iClient3D for WebGL Lightweight and Convenient No Plugins Required Easy to Expand Full-Featured 3D WebGL Easy to Develop JavaScript
- 52. 52 Full-function for 3D Web App——SuperMap iEarth
- 53. 53 3D WebGL - Full Data Support Oblique Imagery Terrain Data BIM Data Point Cloud 3D Field Data Manually Modeling 3D Data Symbolic 3D Scene Underground Pipeline 3D Data
- 54. 54 3D WebGL - Full-Featured Support Space Analysis Online Configuration Scenario Regional Clip Calculation Visualization Edit Drawing
- 55. 55 Mobile 3D GIS
- 56. 56 SuperMap 3D for VR
- 57. 57 AR+GIS
- 58. 58 True 3D Help Digital Twin City
- 60. 60 Big Data GIS Technology System Support Technology for Big Data GIS Spatial Big Data For Spatial Big Data Distributed Reconstruction of Classic Spatial Data For Classic Spatial Data Big Data GIS Basic Software Industry Application （From 2017）
- 61. 61 Distributed Spatial Data Engine 100Million+100Million+100Million+Million+ Billion+ DSF （HDFS） • Vector/raster ,image data • Full Quantity Computation • Powerful distributed analysis capabilities • Query-millisecond response 100Million+ • Vector/image data • Dynamic change • SQL support • Grid tiles • Vector tiles • 3D tiles • Streaming data • location data • Unstructured • CSV/geojson • Vector/image data • Static data • Vector/image data • Multimode spatial query • Millisecond response • Super large scale data
- 62. 62
- 63. 63 • Cluster Analysis • Regression Analysis • Random Forest Analysis • … • Overlay Analysis • Buffer Analysis • Region Statistics • ... Classic GIS Distributed Reconstruction Spatial Big Data • Road matching • Geofence • … Distributed Spatial Machine Learning Streaming Data • Hot Spots Analysis • OD Analysis • Trajectory Reconstruction • Multivariate Grid Creation • ... 15 Types（60+） 10.0.0 Big Data Analysis Operator
- 64. 64 Overlay Analysis Performance Tranditional Computing Distributed Computing 32CPU cores、64GB Memory 4 nodes：4CPU Cores、16GB Memory 22.6 million revords（68.3GB） Overlay Analysis3502 k㎡ 241,373 records 42.5 min 2.1 min 20 tims enhance
- 65. 65 Spatial SuperMap iServer Streaming Service Input Output MapFilter Attribute SuperMap iServer DataStore Mobile Desktop Web SuperMap iServer Streaming Data Service
- 66. 66 Streaming Data - Distributed Analysis Operator- Geographic Fence
- 67. 67 National Landuse NO Tiling Dynamic Rendering Based on HBase
- 68. 超图研究院 SuperMap Research Institute Product Consulting 68 Static Visualization of Geographic Data
- 69. 超图研究院 SuperMap Research Institute Product Consulting 69 Dynamic Visualization of Geographic Data
- 70. 70 Data Stream Visualization，Real-time Display Capable of receiving and visualizing 100,000 real-time objects per second
- 71. 71 Dynamic expression of density analysis (heat map)
- 72. 72 Dynamic Trajectory of Taxis in Chongqing
- 73. 73 3D Expression of Grid Aggregation (Chongqing Early Peak Taxi Departure Point)
- 74. 74 Big Data GIS - A New Engine for Smart City
- 75. 75 AI GIS 5
- 76. 76 Spark MLlib TensorFlow Keras PyTorch …Framework Function File Relational data NoSQL dataData Library Samples Models GeoAI AI for GIS GIS for AI Model Building Model Application Data Preparation Flow Tools Geospatial Deep Learning Geospatial Machine Learning Geospatial Analysis for AI Geospatial Visualization for AI AI Interaction AI Cartography AI Attribute Collection AI Survey & Mapping AI GIS Technology System (From 2019) Basic Support GeoAI AI for GIS GIS For AI
- 77. 77 GeoAI 1 AI for GIS 2 GIS for AI 3 AI GIS Intergrate AI spatial analysis and processing AI helps GIS software to improve its functions The AI analysis results are placed in GIS for results management, spatial visualization and analysis.
- 78. 78 Environmental Factor Identification- Affect Spatial Pattern of Disease
- 79. 79 Estimation of Housing Prices Impacted by Infrastructure Regression Generalized Linear Regression Forest- Based Regression Geographically Weighted Regression Explanatory Variables: • Transportation • Education • Medical Service
- 80. 80 Object Detection: Palm Trees
- 81. 81 Multiple Iteration GeoAI Flow Samples Models Prepare Data Data Collection/ Storage Data Cleaning/ Conversion Build Model Data Training/ Evaluateing Model Transfer/ Updating Use Model Model Packing/ Deploying Model Inference/ Prediction Machine Learning Service Data Science Service
- 83. 83 Data Science Service Third-party Data Science Library SuperMap Spatial Data Science Library Third-party Library Management Notebook Editor Visualization DB/Datastore/File.. Data Science Service 10.0.0
- 84. 84 Model Training SuperMap iDesktopX Data Science Service Sample Data Multiple Iteration Successful Release SuperMap iServer Model Application Reasoning/Predicting SuperMap iServer Machine Learning Service 10.0.0 User Data
- 85. 85 SuperMap iServer Machine Learning Service 10.0.0 Machine learning service ● Binary Classification ● Land Classification ● Object Detection ● Scene Classification ● Spatial Density Clustering
- 86. 86 GeoAI 1 AI for GIS 2 GIS for AI 3 AI GIS Intergrate AI spatial analysis and processing AI helps GIS software to improve its functions The AI analysis results are placed in GIS for results management, spatial visualization and analysis.
- 87. 87 Attribute Data Collection Based on AI 10.0.0
- 88. 88 Inertial Navigation Based on Visual Intergration -AR+ AI Measuring 10.0.0
- 89. 89 GeoAI 1 AI for GIS 2 GIS for AI 3 AI GIS Intergrate AI spatial analysis and processing AI helps GIS software to improve its functions The AI analysis results are placed in GIS for results management, spatial visualization and analysis.
- 90. 90 Spatial Visualization for AI
- 91. 91 Spatial Analysis for AI
- 92. 92 AI GIS AI for GIS GIS for AI Spatial Analysis and Processing （ GeoAI ） AI Interaction Spatial Visualization for AI Spatial Deep Learning Spatial Machine Learning AI Map Match AI Measurement Spatial Analysis for AI AI Attribute Collection
- 94. 94 SuperMap GIS 10i BitCC Technology System Cloud Native GIS Cross Platform GIS NewThreeDimensionGIS BigDataGIS AIGIS
- 95. 95 Edge GIS Server • SuperMap iEdge • SuperMap iServer • SuperMap iPortal • SuperMap iManager Web • SuperMap iClient JavaScript • SuperMap iClient Python • SuperMap iClient3D for WebGL Mobile • SuperMap iMobile • SuperMap iTablet • SuperMap iMobile Lite PC • SuperMap iObjects Java • SuperMap iObjects .NET • SuperMap iObjects C++ • SuperMap iObjects Python • SuperMap iObjects for Spark • SuperMap iDesktopX • SuperMap iDesktop * 3D Linux * * * * * * * * * * * * * SuperMap GIS 10i Product System Cloud GIS Server Cloud Edge Terminal
- 96. 96 Thank You! Email: yuanzixiang@supermap.com Asia & Oceania center