LEOPARD : A Vision Language Model For Text-Rich Multi-Image Tasks
Text-rich images, where text serves as the central visual element guiding the
overall understanding, are prevalent in real-world applications, such as
presentation slides, scanned documents, and webpage snapshots. Tasks involving
multiple text-rich images are especially challenging, as they require not only
understanding the content of individual images but reasoning about
inter-relationships and logical flows across multiple visual inputs. Despite
the importance of these scenarios, current multimodal large language models
(MLLMs) struggle to handle such tasks due to two key challenges: (1) the
scarcity of high-quality instruction tuning datasets for text-rich multi-image
scenarios, and (2) the difficulty in balancing image resolution with visual
feature sequence length. To address these challenges, we propose \OurMethod, a
MLLM designed specifically for handling vision-language tasks involving
multiple text-rich images. First, we curated about one million high-quality
multimodal instruction-tuning data, tailored to text-rich, multi-image
scenarios. Second, we developed an adaptive high-resolution multi-image
encoding module to dynamically optimize the allocation of visual sequence
length based on the original aspect ratios and resolutions of the input images.
Experiments across a wide range of benchmarks demonstrate our model's superior
capabilities in text-rich, multi-image evaluations and competitive performance
in general domain evaluations.
66fe1c9f81382f012c968fbe
Mengzhao Jia
claimed_verified
2024-10-04T07:31:56.605Z
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JillJia
user
JillJia
66fe1c9f81382f012c968fbf
Wenhao Yu
admin_assigned
2024-10-03T08:46:36.047Z
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Wenhao Yu
user
wyu1
66fe1c9f81382f012c968fc0
Kaixin Ma
admin_assigned
2024-10-03T08:46:55.518Z
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Kaixin Ma
user
kaixinm
66fe1c9f81382f012c968fc1
Tianqing Fang
claimed_verified
2025-08-06T19:45:32.016Z
641129818573c51c0458b793
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Tianqing Fang
user
tqfang229
66fe1c9f81382f012c968fc2
Zhihan Zhang
66fe1c9f81382f012c968fc3
Siru Ouyang
66fe1c9f81382f012c968fc4
Hongming Zhang
66fe1c9f81382f012c968fc5
Meng Jiang
claimed_verified
2024-10-31T09:55:28.939Z
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Meng Jiang
user
mjiang89
66fe1c9f81382f012c968fc6
Dong Yu
LEOPARD : A Vision Language Model For Text-Rich Multi-Image Tasks
Text-rich images, where text serves as the central visual element guiding the
overall understanding, are prevalent in real-world applications, such as
presentation slides, scanned documents, and webpage snapshots. Tasks involving
multiple text-rich images are especially challenging, as they require not only
understanding the content of individual images but reasoning about
inter-relationships and logical flows across multiple visual inputs. Despite
the importance of these scenarios, current multimodal large language models
(MLLMs) struggle to handle such tasks due to two key challenges: (1) the
scarcity of high-quality instruction tuning datasets for text-rich multi-image
scenarios, and (2) the difficulty in balancing image resolution with visual
feature sequence length. To address these challenges, we propose \OurMethod, a
MLLM designed specifically for handling vision-language tasks involving
multiple text-rich images. First, we curated about one million high-quality
multimodal instruction-tuning data, tailored to text-rich, multi-image
scenarios. Second, we developed an adaptive high-resolution multi-image
encoding module to dynamically optimize the allocation of visual sequence
length based on the original aspect ratios and resolutions of the input images.
Experiments across a wide range of benchmarks demonstrate our model's superior
capabilities in text-rich, multi-image evaluations and competitive performance
in general domain evaluations.
A model designed for multimodal tasks involving multiple text-rich images addresses dataset scarcity and visual feature balancing, outperforming existing models in specialized and general evaluations.
multimodal large language models high-quality multimodal instruction-tuning data adaptive high-resolution multi-image encoding module visual sequence length vision-language tasks text-rich images