NLG Systems Wiki
Dive into the Systems section of NLG‑Wiki.org, where you will find an exhaustive catalogue of natural language generation (NLG) systems — from prototype research engines to industrial platforms. This wiki serves as a one-stop resource for exploring the technology, methodology and implementations behind NLG.
What You’ll Find
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Open-source frameworks for data-to-text, summarisation and dialogue generation
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Commercial engines used in industry for automated reporting, content generation, and analytics
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Research implementations highlighting experimental architectures and evaluation studies
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Classic systems tracing the evolution of NLG from template-based to neural generation
How the Directory Works
Each system entry typically includes:
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Name of system and contributing organization
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Architectural type (e.g., rule-based, statistical, neural)
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Domain of application (e.g., weather reports, healthcare, chatbots)
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Availability and licence (open source, academic prototype, commercial)
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Reference papers, links to code repositories and demos
Why Use This Wiki?
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Compare systems based on architecture, domain and maturity
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Identify toolkits you can download or build upon in your project
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Access bibliographic references for state-of-the-art NLG methods
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Track NLG’s development through historical and current system listings
Who Benefits
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Researchers and students drilling into NLG architectures and evaluation
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Engineers and developers selecting engines for practical applications
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Practitioners in industry, needing to survey available NLG solutions
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Educators and learners, building context around NLG system taxonomy
Getting Started
Use the navigation filters to check systems by:
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Input/output types (e.g., structured data → text, image → caption)
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System licence and access level
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Research maturity or production-readiness
Once you select a system, you can explore its details, access its interface or review linked publications and code.
Explore the NLG Systems Wiki today — uncover the tools powering automatic text generation and deepen your understanding of NLG platforms.