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Projects

TTF-DDG Strategic Projects

The TTF-DDG's work is organized around two main strategic projects that form the foundation of our technical infrastructure and services.


Primary Projects

🚀 Library of Tasks

Status: Ongoing Development & Service

The Library of Tasks is a comprehensive platform for managing, sharing, and implementing computer-based research tasks across all NCCR work packages.

Library Key Features

  • Centralized task repository
  • Easy browsing and discovery
  • Task viewing, editing, and sharing
  • Cross-work package collaboration
  • Quality-assured implementations

Library Purpose

  • Enable efficient task reuse
  • Facilitate collaboration
  • Standardize implementations
  • Preserve research software
  • Accelerate research development

Access

Available via dedicated subdomain: library.nccr-ttf-ddg.ch

Learn more about the Library →


🎤 ASR Collection

Status: Active Development & Deployment

The ASR Collection is a human-centered Automatic Speech Recognition system designed specifically for the needs of NCCR Evolving Language research.

ASR Key Features

  • Speech-to-text transcription
  • Multi-language support
  • Real-time and batch processing
  • Research-specific features
  • API and web interfaces

ASR Purpose

  • Automate speech transcription
  • Support speech-based experiments
  • Enable large-scale audio processing
  • Provide consistent ASR across studies
  • Reduce manual transcription burden

Applications

  • Experimental task integration
  • Post-hoc transcription
  • Real-time speech interaction
  • Corpus development

Learn more about ASR Collection →


Why These Two Projects?

Strategic Alignment

Library of Tasks

Addresses: The need for shared, standardized research tools across diverse work packages

Impact: Enables collaboration, reduces duplication, ensures quality

Vision: Central hub for all NCCR research tasks

ASR Collection

Addresses: Common need for speech recognition across language research

Impact: Automated transcription, speech-based experiments, scalable processing

Vision: Comprehensive ASR support for evolving language research

Complementary Nature

The two projects work together:

  • Library can host ASR-integrated tasks
  • ASR can be integrated into Library tasks
  • Both reduce technical barriers for research
  • Both emphasize quality and reliability
  • Both support cross-work package needs

Project Status & Roadmap

Library of Tasks Status and Roadmap

Library Current Status

  • ✅ Platform architecture established
  • ✅ Initial task implementations
  • ✅ Subdomain access available
  • 🔄 Expanding task collection
  • 🔄 Enhancing features

Library Near-term Goals

  • Expand task catalog
  • Improve discovery features
  • Enhance documentation
  • Build contributor community

Library Long-term Vision

  • Comprehensive NCCR task repository
  • Active community contributions
  • Integration with data management
  • Advanced analysis tool integration

ASR Collection Status and Roadmap

ASR Current Status

  • ✅ Core system implemented
  • ✅ Speech-to-text capabilities
  • ✅ Work package integrations
  • 🔄 Language support expansion
  • 🔄 Performance optimization

ASR Near-term Goals

  • Additional language models
  • Enhanced linguistic features
  • More integration examples
  • Improved documentation

ASR Long-term Vision

  • Comprehensive multilingual support
  • Advanced phonetic analysis
  • Cross-modal integration
  • Community model contributions

Using the Projects

For Researchers

Using the Library of Tasks

  1. Browse available tasks
  2. Find task matching your needs
  3. Review documentation
  4. Deploy at your site
  5. Collect data

Access the Library →

Using the ASR Collection

  1. Review ASR capabilities
  2. Test with sample audio
  3. Integrate into workflow
  4. Process your data
  5. Analyze transcriptions

Access ASR Documentation →

For Developers

Contributing to Library

  • Submit new tasks
  • Improve existing implementations
  • Enhance platform features
  • Improve documentation

Contributing to ASR

  • Test with new languages
  • Improve accuracy
  • Add features
  • Share use cases

Project Impact

Quantitative Impact

[When available, add metrics such as]

  • Number of tasks in library
  • Number of work packages using ASR
  • Hours of audio transcribed
  • Number of task deployments
  • Research papers enabled

Qualitative Impact

  • Accelerated research timelines
  • Reduced technical barriers
  • Improved research quality
  • Enhanced collaboration
  • Methodological innovation

Task Implementations

Both projects are supported by specific task implementations:

  • Peekr Eye Tracking - Available online (one-week modernization: browser-based eye tracking with Vite, calibration system, Kalman filtering)
  • Meaning Task - In Library (collaborative development)
  • LEAPS System - In Library (revolutionary modernization: introduced Node.js to LEAPS platform, 3 language assessment tasks with modern build systems, automated testing, and professional development workflows)
  • Unity Crab Battery - In Library (comprehensive upgrade: 100+ commits, ASR integration, architecture refactoring)
  • Eye Tracking for Great Apes - Will join Library (in development, builds on Peekr foundation)

View all tasks →

Technical Infrastructure

  • Modern development frameworks
  • Comprehensive testing
  • Quality assurance
  • Documentation standards
  • Support systems

Support & Documentation

Getting Help

Contact the TTF-DDG team for assistance with:

Library Support

  • User guidance and getting started
  • Task development and implementation
  • API integration and usage

ASR Support

  • User setup and configuration
  • API integration and documentation
  • Usage examples and best practices

Contact

Need assistance with either project?

Contact TTF-DDG Support →


Funding & Acknowledgment

Both projects are supported by the NCCR Evolving Language.

When using these projects in your research, please acknowledge:

  • NCCR Evolving Language
  • NCCR-TTF-DDG
  • Specific project (Library or ASR)

Future Directions

Expansion Areas

  • Additional specialized systems (beyond Library and ASR)
  • Integration with external tools
  • Advanced analytics capabilities
  • Community platform features

Sustainability

  • Long-term maintenance plans
  • Community involvement
  • Documentation and training
  • Resource allocation

Innovation

  • Novel methodologies
  • Technical advances
  • Cross-disciplinary applications
  • Open science contributions

Learn More

About Projects

About TTF-DDG

Documentation

Contact the TTF-DDG team for documentation and getting started guides.


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