TiMatOnGIS: Revolutionizing Territorial Marketing via Crowdsourcing and Cloud-GIS

Crowd-Cloud Tourism, New Approaches to Territorial Marketing

2011-01-01
Beniamino Murgante, Lucia Tilio, Francesco Scorza, Viviana Lanza
Summary
Problem
Method
Results
Takeaways
Abstract

The paper introduces TiMatOnGIS, an innovative territorial marketing framework for the city of Matera, Italy. It leverages Volunteered Geographic Information (VGI) and Cloud-GIS services to create a collaborative "mini-portal" that integrates crowdsourced data with existing web resources for tourism development.

TL;DR

This paper presents TiMatOnGIS, a strategic approach to tourism in Matera, Italy, that bypasses traditional, slow-moving bureaucratic mapping. By leveraging Neogeography and Cloud-GIS, the authors demonstrate how a "bottom-up" collection of geographic data—powered by volunteers and mashed up with social media—creates a more agile and useful tourist information ecosystem than official national portals.

Contextual Positioning

In the landscape of territorial marketing, there is a massive gap between what agencies provide (paper guides) and what tourists want (real-time mobile data). The authors position this work as a shift from Spatial Data Infrastructures (SDI), which are often bogged down by bureaucracy (like the INSPIRE Directive), toward Cloud-based Neo-Geography, where the agility of the "Crowd" replaces the inertia of the "Institution."

The Problem: The "Static Information" Trap

Why do tourism agencies spend a fortune on printed brochures while Wikipedia remains incomplete and Google Maps lacks local cultural depth? The authors identify several pain points:

  • Inefficiency of Official Portals: Many national tourism sites are either unfinished or overly complex.
  • The Paper-Digital Divide: A surge in mobile usage is met with a lack of digital spatial data.
  • High Maintenance Costs: Local authorities struggle to afford the servers and expertise required for professional-grade GIS.

Methodology: The Five-Phase Building Knowledge Process

Instead of viewing knowledge as a static product, the authors treat it as an incremental, cyclical process.

1. The 5 Ws of TiMatOnGIS

The project is structured around a clear communicative framework:

  • What: A package of Web 2.0 and Cloud-computing tools.
  • Who: A collaborative effort between the University of Basilicata researchers and "world citizens" (tourists and operators).
  • Where/When: Ubiquitous access via the cloud—a "virtual information point" that never closes.
  • Why: Driven by the belief that spatial data should be open and collaborative.

2. The Cloud-GIS Architecture

The core technical innovation lies in the Google Mash-up. By using GisCloud, the team didn't need to build a backend from scratch. They integrated:

  • Base layers: Google Maps and National Geoportal data.
  • Volunteered Layers: Points of Interest (POIs) mapped by students.
  • Hyper-links: Deep integration with Wikipedia for history, Flickr for visuals, and YouTube for cinematic context.

The Building Knowledge Process Figure 1: The iterative cycle of acquisition, systematization, publication, integration, and sharing.

Experiments and Results: Mapping Matera’s Unique Identity

Matera is a unique UNESCO site, often used as a film set. The project prioritized "atypical" data that general maps often miss:

  • Movie Locations: Specifically tracking where films like The Passion of the Christ or King David were shot.
  • Modern Architecture: Including contemporary sites ignored by traditional historical guides.
  • Multimodal Integration: Linking public transport routes with café and hotel locations.

Matera Tourist Content Mapping Figure 2: Categorization of mapped tourist facilities and interest points.

The result is a High-Utility Mini-Portal. By using a blog (WordPress) as the interaction layer, the team achieved "Two-way Participation," allowing users to correct data and suggest new POIs, effectively keeping the dataset "alive."

Critical Insight & Conclusion

The true value of TiMatOnGIS is not just the map itself, but the Resource Optimization model it provides.

  1. Lowering the Barrier: You don't need a PhD in Cartography to contribute to Google Earth or GisCloud. This "democratization of GIS" allows for massive data scaling.
  2. Infrastructure Savings: Shifting to the Cloud removes the need for expensive local servers.
  3. The "Enabler" Model: The authors argue that the future of public administration (Gov 2.0) is not just providing services, but creating the platforms where citizens can provide services for each other.

Limitations: While the project successfully builds a dataset, maintaining long-term volunteer motivation (beyond the initial "pilot" phase) remains a common challenge for crowdsourced initiatives. Future work should explore gamification or more formal integration into Matera’s official administrative workflows as it seeks the "European Capital of Culture" status.

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  • Find recent studies on how Neogeography and Volunteered Geographic Information (VGI) have evolved to incorporate AI-driven data validation for urban tourism.
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  • Explore current research applying Cloud-GIS and crowdsourcing to promote cultural heritage in UNESCO World Heritage sites beyond the European context.
Contents
TiMatOnGIS: Revolutionizing Territorial Marketing via Crowdsourcing and Cloud-GIS
1. TL;DR
2. Contextual Positioning
3. The Problem: The "Static Information" Trap
4. Methodology: The Five-Phase Building Knowledge Process
4.1. 1. The 5 Ws of TiMatOnGIS
4.2. 2. The Cloud-GIS Architecture
5. Experiments and Results: Mapping Matera’s Unique Identity
6. Critical Insight & Conclusion