Albuquerque - Atlanta - Austin - Baltimore - Boston - Charlotte - Chicago - Cleveland - Columbus - Dallas - Denver - Detroit - El Paso - Fort Worth - Fresno - Houston - Indianapolis - Kansas City - Las Vegas - Long Beach - Los Angeles - Mesa - Milwaukee - New Orleans - New York - Oakland - Oklahoma City - Philadelphia - Phoenix - Portland - Sacramento - San Antonio - San Diego - San Francisco - San Jose - Seattle - Tucson - Tulsa - Virginia Beach - Washington -

Houston, United States

School: ESRI Training and Education

Advanced Geoprocessing Scripts Using Python (On-site)
Course Format: On-site
Working with Python data types: Strings; Lists; Dictionaries. Python modules and functions: Importing built-in Python modules; Getting help for functions; Manipulating strings; Creating a random selection; Controlling script termination. Working with geometry: Cursor objects; Point objects; Geometry object properties. Working with subsets of data: Feature classes vs. feature layers; Tables v...
 

Geometric Networks for Utilities (On-site)
Course Format: On-site
In the geodatabase, geometric networks are used to model linear features, such as pipelines and electric transmission lines, and the point features they connect to, such as valves and junction boxes. This course teaches the fundamental concepts of geometric networks with a focus on utility examples. You will learn the components of a geometric network and the workflow for creating one. In cours...
 

Cartographic Representations (On-site)
Course Format: On-site
Overview of cartographic representations: Review of the traditional symbology model; Elements of the cartographic representation model; Implications of storing symbology in the geodatabase; Representations vs. traditional symbology; Benefits of using representations. Cartographic project planning: Introduction to the course project map; Project map size, output media, and audience; Project dat...
 

CAD Data in ArcGIS Desktop (On-site)
Course Format: On-site
Computer-aided design (CAD) files are excellent sources for GIS content. CAD files vary widely in complexity—some files are simple 2D drawings containing only a few textual elements, while others are highly sophisticated, containing 3D surfaces, spatial extents, and extended attribute information. This course teaches fundamental concepts of CAD data integration within ArcGIS. You learn methods ...
 

ArcGIS Spatial Analyst for Geospatial Intelligence (On-site)
Course Format: On-site
Raster data and ArcGIS Spatial Analyst: Why raster?; Discrete and continuous data; ArcGIS raster tools and capabilities; ArcGIS Spatial Analyst; Map algebra and the Raster Calculator. Raster concepts: Input and output formats; Grid data model; Raster coordinate systems; Raster generalization; NGA data formats and coordinate systems; Registration and georeferencing; Cell coincidence; Resampling...
 

ArcGIS Spatial Analyst (On-site)
Course Format: On-site
Basics of ArcGIS Spatial Analyst: Overview of the extension; Understanding raster concepts; ArcGIS Spatial Analyst interface; Comparing rasters and feature layers; Querying rasters. Structure of rasters: How to create raster datasets; Raster storage and management. Aligning data: Raster registration and georeferencing; How projection affects analysis; Importing and exporting raster datasets. ...
 

ArcGIS Schematics (On-site)
Course Format: On-site
Schematic diagram creation Schematic diagram editing and update ArcGIS Schematics layout tasks ArcGIS Schematics functions Selection management between map and schematic views
 

ArcGIS Network Analyst (On-site)
Course Format: On-site
Fundamentals of network systems: Directed flow networks; Undirected flow networks; Physical and logical network representation; Edges, junctions, and turns; Overview of working with a network dataset. Network Analyst basics and the Route solver: Network analysis workflow; the Network Analyst toolbar and Network Analyst window; Network layers vs. network analysis layers; Network locations—stops...
 

QA/QC for GIS Data (On-site)
Course Format: On-site
Understanding quality and error: Definitions of QA and QC; GIS data participants; GIS data completeness, consistency, accuracy, and resolution; Sources of error in GIS data; Role of QA in GIS; Exploratory versus confirmatory error discovery; Finding errors visually in ArcMap. Creating a QA plan: QA plan concepts and sections; Management section; Design section; Data Assessment section; Reporti...
 

Managing Editing Workflows in a Multiuser Geodatabase (On-site)
Course Format: On-site
Overview of editing workflow options: Introducing the concept of short and long transactions; Overview of non-versioned editing; Overview of versioned editing. Workflow strategies: Editing options; Understanding workflow considerations; Overview of different workflow strategies.Non-versioned editing: Understanding non-versioned editing; Exploring concurrency issues; Examining DBMS locking; Exp...
 

Pages:- 1 2 3 4 5 6 7 8 9 10 11 12 ...