Shared task on multimodal story generation at the Generation Challenges at INLG 2024 in Tokyo, Japan!
Introducing the Visually Grounded Story Generation (VGSG) Challenge, a shared task at the Generation Challenges at INLG 2024 in Tokyo, Japan! Our goal is to generate coherent and visually grounded stories from multiple images using vision and language models.
- To participate, please fill in this Google Form
- Download the training data from Hugging Face Datasets or Github Repository
- For more information, feel free to read our shared task proposal
Here is our call for participation. Feel Free to join the Discord Server if you have any questions for the organizers. More details can be found in the following.
This task invites enthusiasts in vision-and-language integration to push the boundaries of vision-based story generation. This shared task aims to generate stories grounded on a sequence of images. Participants will explore the intricate relations between visual prompts and textual stories, fostering innovations in techniques for coherent, visually grounded story generation. This task is particularly challenging because: 1) the output story should be a narratively coherent text with multiple sentences, and 2) the protagonists in the generated stories need to be grounded in the images. In addition, we also elicit submissions to fine-tune existing multimodal models efficiently, which is exciting for both industry and academics.
Major progress has been made by the industry in vision-based text generation in the last few years. While generating descriptions from images or videos is widely available, grounded story generation is not evaluated with a benchmark. Investigating vision-based story generation requires several capabilities including commonsense reasoning and content planning.
We're calling for submissions that demonstrate novel approaches to generating narratives that are not only coherent but also visually grounded. We particularly welcome participants to explore the following aspects of multimodal story generation:
- Retrieval Augmented Generation
- Active Learning or Curriculum Learning
- Human-in-the-loop Generation
- Psycholinguistics-Driven Methods
- Parameter-Efficient Fine-Tuning
- Self-Supervised Learning
- Reinforcement Learning
- Generative Adversarial Network and Diffusion Models
Both automatic and human evaluations will be used. Participants can submit a 4-page report, which will be peer-reviewed and included in the INLG 2024 proceedings if accepted. Participants will present their systems in a poster session at the Generation Challenges workshop.
Whether it's through advanced computational models, innovative narrative techniques, or new data processing methods, your contribution can help illuminate the paths toward more intuitive, human-like story generation from visual inputs. Join us in this endeavor to bridge the gap between visual prompts and story generation, and help set the stage for the next leap in vision and language research.
To demonstrate the idea and help you get started quickly, we built a very simple baseline using OpenAI GPT-4V.
We use a high-quality crowdsourced dataset Visual Writing Prompts for training, validation, and testing.
Participants need to submit their generated stories together with a system description to the shared task page.
- Strict Track: This focuses on exploring Language and Vision Mapping methods and Language Generation models through a controlled experiment. We provide extracted visual features from a pre-trained vision model, which participants can only use as input to train their models with the provided dataset. Please download the features by openning this link to a Google Drive folder in a new window.
- Open Track: This aims to test the state-of-the-art of the task. Participants can use all kinds of resources, including pre-trained models and additional text or vision-only datasets. However, they cannot use other vision and language datasets apart from the provided dataset.
- Grounding Track: This is based on the Open Track, but participants are required to submit a mapping of all entities in the generated text and provided characters (see Figure 2 for an example). The submissions to this track will be evaluated on the VISTCharacter dataset (Liu and Keller, 2023).
TBA
Xudong Hong (Saarland University)
Asad Sayeed (University of Gothenburg)
Vera Demberg (Saarland University)