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Main Author: Zhang, Shiwen
Format: Preprint
Published: 2024
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Online Access:https://arxiv.org/abs/2407.21703
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author Zhang, Shiwen
author_facet Zhang, Shiwen
contents The test-time finetuning text-guided image editing method, Forgedit, is capable of tackling general and complex image editing problems given only the input image itself and the target text prompt. During finetuning stage, using the same set of finetuning hyper-paramters every time for every given image, Forgedit remembers and understands the input image in 30 seconds. During editing stage, the workflow of Forgedit might seem complicated. However, in fact, the editing process of Forgedit is not more complex than previous SOTA Imagic, yet completely solves the overfitting problem of Imagic. In this paper, we will elaborate the workflow of Forgedit editing stage with examples. We will show how to tune the hyper-parameters in an efficient way to obtain ideal editing results.
format Preprint
id arxiv_https___arxiv_org_abs_2407_21703
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Hyper-parameter tuning for text guided image editing
Zhang, Shiwen
Computer Vision and Pattern Recognition
The test-time finetuning text-guided image editing method, Forgedit, is capable of tackling general and complex image editing problems given only the input image itself and the target text prompt. During finetuning stage, using the same set of finetuning hyper-paramters every time for every given image, Forgedit remembers and understands the input image in 30 seconds. During editing stage, the workflow of Forgedit might seem complicated. However, in fact, the editing process of Forgedit is not more complex than previous SOTA Imagic, yet completely solves the overfitting problem of Imagic. In this paper, we will elaborate the workflow of Forgedit editing stage with examples. We will show how to tune the hyper-parameters in an efficient way to obtain ideal editing results.
title Hyper-parameter tuning for text guided image editing
topic Computer Vision and Pattern Recognition
url https://arxiv.org/abs/2407.21703