ARTIFICIAL INTELLIGENCE

  • Expert Systems
  • Decision Support Systems
  • Machine Learning
  • Intelligent Search
  • Natural Language Processing

Kasparov defeated by Big Blue, May 11th 1997

GEOSPATIAL INFORMATION SYSTEMS

  • Intelligent Transportation Systems
  • Linear Referencing Systems
  • Web Based GIS
  • Distributed Map Generation

LINEAR REFERENCING SYSTEMS

GIS technology for network management

  • Transportation
  • Oil: pipelines, seismic exploration
  • Telecommunications: cable networks
  • Utilities: power grids, water pipes

CODE GENERATION

  • Blueprint Driven Development
  • Spatially enabled Code Generation Framework
  • Ajax Client Generation
  • Java and Python Enterprise Back-end generation

Assembly Line Software Manufacturing

WEB DEVELOPMENT

  • Rich Internet Applications
  • Google Web-Toolkit
  • Web Design
  • Search Engine Optimization

ENTERPRISE APPLICATION INTEGRATION

  • Service-Oriented Architectures
  • Messaging Systems
  • Enterprise Service Bus Development

Aivolution has expertise developing Linear Referencing Systems using LRS technologies and tools from leading vendors as well as open-source technology stacks. We can assist you in designing and implementing a linear referencing system that accommodates all your collection techniques.

For the California Department of Transportation, we have served as the primary technology partner enhancing the GIS tools used to maintain the Caltrans Postmile based LRS. We have equally developed a high throughput web-service making the LRS accessible to the entire enterprise. For an enterprise which is in the business of managing assets, projects and incidents on an inherently spatial structure, this web-service is a cornerstone technology, providing for integration opportunities between disparate systems.

Spatial Linear Referencing Systems (LRS) are specialized Geospatial Information Systems used to manage data related to linear features like roads, railways, rivers, oil and gas transmission pipelines and power and data transmission lines. In a Linear Referencing System, the location of attributes, features and events are specified by a single parameter rather than Cartographic (Latitude,Longitude) or Cartesian (x,y) coordinates. This single parameter represents the location of attributes as the distance from an origin on a specified linear feature.

The most obvious benefit is that using a single parameter or identifier to designate location on a network is more human friendly. It is easier to send an engineer to Mile 1 on Route 1, than it is to send an engineer to (fill in Hixon Circle latitude / longitude).

From an IT perspective, Linear Referencing Systems provide Enterprise Application Integration opportunities. By using unique identifiers that incorporate a linear measure on a linear feature, location information in otherwise disparate databases can be correlated by location, without having to resort to GIS operations.

 

Customers

California Multiple Awards Schedule

California Multiple Awards Schedule

California Department of Transportation

California Department of Transportation

Alameda Congestion Management Agency

Alameda County Congestion Management Agency

Lincoln Square Cinemas

Lincoln Square Cinemas

Signature Theatres

Signature Theatres

Fairchild Cinemas

Fairchild Cinemas

Regal Cinemas

Regal Entertainment Group

Southern Theatres

Southern Theatres

Malco Theatres

Malco Theatres

Products

Spatial Machines - Web Based GIS

Spatial Machines - Web Based GIS

AiSite Spatial CMS

Geopatial Content Management System

TopoCron Spatial Calendar

Spatial Calendar

Cinematic

Cinematic

Blueprinter

Aspect-Oriented Code Generator

Phenotyper

Template Engine

Services

GIS Hosting

GIS Hosting

GIS Enabled Mobile Applications

GIS Enabled Mobile Applications

Search Engine Optimization

Search Engine Optimization

Database Design

Database Design

Training

Training

Technologies

UMN Mapserver

UMN Mapserver

Android

Android

Open Source Technologies

Open Source Technology Experts

PostgreSQL Spatial Extensions

PostGIS Spatial Database

PostgreSQL Relational Database

PostgreSQL Relational Database

UMN Mapserver

Geoserver

UMN Mapserver

Google Earth Enterprise

Python

Python

Java Development

Java Development

Ubuntu Linux

Ubuntu Linux