`, long text divided into `
`/`
` sections. 3. Lists use `
- `, quotes use `
`, code uses `
`, important sentences use ``.
4. Preserve all original information (no addition/deletion/modification).
5. No document-level tags (``, ``, ``).
* Input Text: A short abstract-like paragraph about a paper called "LILIE".
2. Analyze the Input Text:
"End-to-end visual generation with pixel-space loss has recently achieved competitive performance without the need for learned image tokenizers. In this work, we study whether language-informed supervision can provide a richer training signal than pixel loss for visual generation. We introduce LILIE (pronounced "lily"), a Language-Informed and Lossless Image Encoder. LILIE is an invertible image transform trained such that a vision-language model can recover captions from noised features. The encoder uses a normalizing flow transformer trained jointly with a vision-language model via next token prediction. We then use the encoder to extract a simple language-informed loss for text-to-image generation. We train JiT models with LILIE loss, reducing gFD by 14 points (66.84 $\to$ 53.01) against a pixel-only baseline on the GPIC dataset. Our code, encoders, and generative models are available at https://www.arxiv.org/abs/2410.03587." (Wait, the input says https://www.arxiv.org/abs/2410.03587, I must keep exactly what's given, even if it looks like a standard arxiv link, I shouldn't correct it based on external knowledge unless instructed. Actually, the prompt says "保留原文所有信息,不得增删改内容", so I must copy the URL exactly as provided: `https://www.arxiv.org/abs/2410.03587` - wait, the prompt has `https://www.arxiv.org/abs/2410.03587`. Let me double check the exact string: `https://www.arxiv.org/abs/2410.03587`. Yes.)
3. Drafting the HTML Structure:
* The text is a single paragraph in the source, but it contains distinct logical sections/sentences.
* Rule 2 says "长文用/
划分小节" (long text divided into sections with h2/h3). Since it's a short abstract, I can structure it into logical paragraphs or sections. Let's break it down into a few `
` tags or an `
`, code uses ``, important sentences use ``. 4. Preserve all original information (no addition/deletion/modification). 5. No document-level tags (``, ``, ``). * Input Text: A short abstract-like paragraph about a paper called "LILIE". 2. Analyze the Input Text: "End-to-end visual generation with pixel-space loss has recently achieved competitive performance without the need for learned image tokenizers. In this work, we study whether language-informed supervision can provide a richer training signal than pixel loss for visual generation. We introduce LILIE (pronounced "lily"), a Language-Informed and Lossless Image Encoder. LILIE is an invertible image transform trained such that a vision-language model can recover captions from noised features. The encoder uses a normalizing flow transformer trained jointly with a vision-language model via next token prediction. We then use the encoder to extract a simple language-informed loss for text-to-image generation. We train JiT models with LILIE loss, reducing gFD by 14 points (66.84 $\to$ 53.01) against a pixel-only baseline on the GPIC dataset. Our code, encoders, and generative models are available at https://www.arxiv.org/abs/2410.03587." (Wait, the input says https://www.arxiv.org/abs/2410.03587, I must keep exactly what's given, even if it looks like a standard arxiv link, I shouldn't correct it based on external knowledge unless instructed. Actually, the prompt says "保留原文所有信息,不得增删改内容", so I must copy the URL exactly as provided: `https://www.arxiv.org/abs/2410.03587` - wait, the prompt has `https://www.arxiv.org/abs/2410.03587`. Let me double check the exact string: `https://www.arxiv.org/abs/2410.03587`. Yes.) 3. Drafting the HTML Structure: * The text is a single paragraph in the source, but it contains distinct logical sections/sentences. * Rule 2 says "长文用/
划分小节" (long text divided into sections with h2/h3). Since it's a short abstract, I can structure it into logical paragraphs or sections. Let's break it down into a few `
` tags or an `
` for the main contribution and `
` for the results. * Let's create a section for the problem statement, one for the method introduction, and one for the results. Or just split into 3 `
` elements, or 1 `
` and an `
`. The rule says "每个自然段落用
包裹,长文用
/
划分小节". A single paragraph might be considered "长文" if it's dense, so adding an `
` for the method section makes sense. * Let's structure it like this: * `
`: First two sentences (Problem & Goal). * `
`: Method introduction (LILIE definition). * `
`: Encoder mechanism. * `
`: Results. * Wait, is it better to just output multiple `
` tags? The prompt says "长文用
/
划分小节". A short abstract is technically a long text in the context of the rules if we want to show semantic formatting. Let's make it 3 parts: * `
End-to-end visual generation with pixel-space loss has recently achieved competitive performance without the need for learned image tokenizers. In this work, we study whether language-informed supervision can provide a richer training signal than pixel loss for visual generation.
` * `Method
` * `We introduce LILIE (pronounced "lily"), a Language-Informed and Lossless Image Encoder. LILIE is an invertible image transform trained such that a vision-language model can recover captions from noised features.
` * `The encoder uses a normalizing flow transformer trained jointly with a vision-language model via next token prediction. We then use the encoder to extract a simple language-informed loss for text-to-image generation.
` * `Results
` * `We train JiT models with LILIE loss, reducing gFD by 14 points (66.84 $\to$ 53.01) against a pixel-only baseline on the GPIC dataset. Our code, encoders, and generative models are available at https://www.arxiv.org/abs/2410.03587.
` * Let's refine the semantic tags. "重要句子可用" (important sentences can use strong). Which sentences are important? * "We introduce LILIE (pronounced "lily"), a Language-Informed and Lossless Image Encoder." -> Important. * "reducing gFD by 14 points (66.84 $\to$ 53.01)" -> Important metric. * Let's format carefully to ensure no content is added or deleted. 4. Refining the HTML: ```htmlEnd-to-end visual generation with pixel-space loss has recently achieved competitive performance without the need for learned image tokenizers. In this work, we study whether language-informed supervision can provide a richer training signal than pixel loss for visual generation.
Methodology
We introduce LILIE (pronounced "lily"), a Language-Informed and Lossless Image Encoder. LILIE is an invertible image transform trained such that a vision-language model can recover captions from noised features.
The encoder uses a normalizing flow transformer trained jointly with a vision-language model via next token prediction. We then use the encoder to extract a simple language-informed loss for text-to-image generation.
Results
We train JiT models with LILIE loss, reducing gFD by 14 points (66.84 → 53.01) against a pixel-only baseline on the GPIC dataset. Our code, encoders, and generative models are available at https://www.arxiv.org/abs/2410.03587.
``` Wait, the arrow in the original text is `→`. I should preserve it exactly as `→` or `->`? The original text has `$\to$`. In HTML, `→` is fine. Let's stick strictly to the characters provided: `66.84 $\to$ 53.01`. I will write `66.84 $\rightarrow$ 53.01` or just `66.84 $\to$ 53.01`. Let's use `→` directly since it's the same character, but keeping `$\to$` inside `` is also fine. Let's just use `→` for cleaner HTML, or keep `$\to$` to be safe. Actually, the prompt has `$\to$`. I will write `66.84 $\rightarrow$ 53.01`. Wait, the prompt literally has `$\to$`. I will just put `66.84 $\to$ 53.01`. Let's review the rules again: 1. Only output HTML fragment, no markdown fences, no explanations. 2. Paragraphs in ``, long text in `
/
`.
3. Lists `
- `, quotes `
`, code `
`, important sentences ``.
4. Keep all info, no add/delete/modify.
5. No `//`.
Is there any list,
`, code ``, important sentences ``. 4. Keep all info, no add/delete/modify. 5. No `//`. Is there any list,