The document describes a system called SmartPort that manages and visualizes real-time big geo-referenced data from Las Palmas Port using open source technologies. SmartPort integrates data from various sources to provide 3D visualization and analytics for traffic management, sustainability monitoring, and decision making. It uses FIWARE architectures and Glob3Mobile for 3D rendering on mobile and web. The system demonstrates management of large and growing volumes of data from port sensors for applications like emergency response.

1. Managing and 3D Visualization of Real-time Big
Geo-referenced Data from Las Palmas Port through
a Flexible Open Source Computer Architecture
José P. Suárez, Agustín Trujillo, Conrado Domínguez, José M. Santana and Pablo Fernández

2. Index
1. Introduction and Motivation
2. Data types in SmartPort. Sensors and static data
3. Architectures for Big Data
4. Glob3Mobile for 3D visualization
5. SmartPort in action

3. Canary islands, a nice place to live and do research
A warm climate all year
benefits co-working/
collaboration and help
new fresh ideas and
creativity

4. Geography of Canary Islands
1583 kilometer of marine coast
Heavy marine interaction with economy

5. Ecological value: Gran Canaria Reserve of the Biosphere
Gran Canaria has 33 protected natural areas. Nearly 43% of the land area of the
island and an extra area of marine coverage.

6. Ship in Gran Canaria: Oil disaster
Recent disaster in
Gran Canaria,
derived from a
chain of bad
decisions

7. What is FIWARE?

8. SmartPort at a glance
- 3D real time visualization and Big Data
- Traffic management
- Sustainability development: Tourism, fishing, industry…
- Working as a control panel, decision making. Live Alerts.
- Integrates all the information from several data sources.

9. FIWARE overall architecture

10. SmartPort. Data types

11. SmartPort. Architectures. Static Data
Static Data
Interchange data format

12. Architecture. Dynamic data: Recent values

13. Big Data?
0
200
400
600
800
1000
1200
Year 2015 2016 2017 2018
GB
Data volume (GB)

14. Big Data. The problem
Time MySQL PostgreSQL Hadoop
All meteo data 3,03 4,99 59,51
An element by
date
1,55 2,53 74,83

15. Big Data. The solution

16. Big Data. The solution
Time MySQL PostgreSQL Hadoop
Opimized
All meteo data 3,03 4,99 4,76
One attribute
orderer by
date
1,55 2,53 5,98

17. Big Data. Data mining

18. More functionalities

19. 3D engine- Glob3Mobile
- Open source Framework
- Geospatial information in 3D
- Runs on mobile and web
- Real time
- Multi-touch

20. SmartPort in Action

21. Other projects ULPGC - OpenData

22. Thank you!!
pablo.fernandez@ulpgc.es
PHD. JOSE PABLO SUÁREZ RIVERO
CIO ULPGC
PHD. AGUSTÍN TRUJILLO PINO
COMPUTING TEACHER
PABLO FERNÁNDEZ MONIZ
GIS SPECIALIST
JAISIEL SANTANA ALMEIDA
COMPUTER ENGINEER
SEBASTIÁN ORTEGA TRUJILLO
COMPUTER ENGINEER
ALEJANDRO SÁNCHEZ MEDINA
COMPUTER ENGINEER
JOSE MIGUEL SANTANA NÚÑEZ
COMPUTER ENGINEER
CONRADO DOMÍNGUEZ TRUJILLO
ULPGC MANAGER