Search Results for author: Yaniv Benny

Found 6 papers, 1 papers with code

Dynamic Dual-Output Diffusion Models

no code implementations CVPR 2022 Yaniv Benny, Lior Wolf

In this paper, we reveal some of the causes that affect the generation quality of diffusion models, especially when sampling with few iterations, and come up with a simple, yet effective, solution to mitigate them.

Denoising Image Generation

Generating Correct Answers for Progressive Matrices Intelligence Tests

no code implementations NeurIPS 2020 Niv Pekar, Yaniv Benny, Lior Wolf

Raven's Progressive Matrices are multiple-choice intelligence tests, where one tries to complete the missing location in a $3\times 3$ grid of abstract images.

Multiple-choice

Scene Graph to Image Generation with Contextualized Object Layout Refinement

no code implementations23 Sep 2020 Maor Ivgi, Yaniv Benny, Avichai Ben-David, Jonathan Berant, Lior Wolf

We empirically show on the COCO-STUFF dataset that our approach improves the quality of both the intermediate layout and the final image.

Image Generation Object

Scale-Localized Abstract Reasoning

2 code implementations CVPR 2021 Yaniv Benny, Niv Pekar, Lior Wolf

First, it searches for relational patterns in multiple resolutions, which allows it to readily detect visual relations, such as location, in higher resolution, while allowing the lower resolution module to focus on semantic relations, such as shape type.

Relational Reasoning

Evaluation Metrics for Conditional Image Generation

no code implementations26 Apr 2020 Yaniv Benny, Tomer Galanti, Sagie Benaim, Lior Wolf

We present two new metrics for evaluating generative models in the class-conditional image generation setting.

Conditional Image Generation

OneGAN: Simultaneous Unsupervised Learning of Conditional Image Generation, Foreground Segmentation, and Fine-Grained Clustering

no code implementations ECCV 2020 Yaniv Benny, Lior Wolf

We present a method for simultaneously learning, in an unsupervised manner, (i) a conditional image generator, (ii) foreground extraction and segmentation, (iii) clustering into a two-level class hierarchy, and (iv) object removal and background completion, all done without any use of annotation.

Clustering Conditional Image Generation +2

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