DeepBlue Core+

The DeepBlue Core+ is the trafficnow data analysis tool offering an extensive amount of matrices for origins, waypoints and destinations. The Core+ allows studying the flow and distribution of the traffic in and around a city. The system provides extensive information about who uses the roads, the lengths of the journeys; vital information for mobility planning.

The DeepBlue Core engine uses advanced algorithms to separate vehicles from pedestrians, and the DeepBlue Core+ takes advantage of this information to investigate the distribution of the Traffic throughout the network of sensors.

 A set of departure matrices looks at where the vehicles go from an origin or waypoint, and a set of arrival matrices look at where the vehicles have been prior to reaching a destination or waypoint. You can choose freely the sensors of choice or all sensors, and pick the time interval required for the study.

 

Chose the departure based OD matrix to see journey origins registered in the given time interval, along with the posterior final destinations of those same vehicles. The arrival based OD matrix to find the final destinations registered in the given time interval, along with the prior journey origins of those same vehicles.

Chose origin matrix at one or more points to capture the origins of the vehicles passing through the points in question during the selected time period. This gives an idea of the origin of the users of the road infrastructure at a given point.

Chose destination matrix at one or more points to capture the final destinations of the vehicles passing through the points in question during the selected time period. This gives an idea of the destination of the users of the road infrastructure at a given point.

Chose departure based route matrices from an origin, or from a point to see where the vehicles appear again after starting the journey at a point, or being seen at a point respectively.

Chose arrival based route matrices at a destination, or at a point to see where the vehicles appeared prior to finalizing the journey at a point, or being seen at a point respectively.

Chose departure based turning movement matrices from an origin, or from a point to see where the vehicles appear again next after starting the journey at a point, or being seen at a point respectively.

Chose arrival based turning movement matrices at a destination, or at a point to see where the vehicles appeared just previously to finalizing the journey at a point, or being seen at a point respectively.

Set up paths to check and compare the usage and performance of specific routes. Paths allows comparing longer road segments in real-time.

TECHNICAL SPECIFICATIONS

PLATFORM

  • Dual processor
  • Min. 2.60 GHz octa-core
  • Min. 12Gb/s SAS RAID Supported Controller
  • Gigabit Ethernet
  • Min. 32 GB RAM
  • Linux Operating System

 

FEATURES

  • Web-based system
  • DeepBlue Sensor matrix generation
  • Various types of Departure Matrices
  • Various types of Arrival Matrices
  • OSM GIS interface
  • Google maps support (license not included)

 

COMMUNICATION

  • FTP-server for data reception
  • SSH-server for data reception
  • TCP-socket in server mode for data reception
  • TCP-socket in client mode for data reception
  • Data forwarding through XML
  • Web services data access (SOAP, REST)
  • Data download in XLS

 

ENVIRONMENT

  • Virtual Control Center
  • Locally installed server