引导式测验 · 中等 等级
ControlNet 测验
测试 ControlNet 的结构条件、冻结主干、零卷积和特定于版本的图像生成行为。
问题 1 的 8
What does ControlNet add to a pretrained text-to-image diffusion model?
预览每个问题8 问题
当您参加测验时,就会出现答案和解释。
- What does ControlNet add to a pretrained text-to-image diffusion model?
- A spatial conditioning path that can guide structure using inputs such as edges or pose maps
- A guarantee that every generated pixel matches the input map exactly
- A replacement for the text encoder and denoiser
- A tool that predicts the original training image
- ControlNet 中“零卷积”层的作用是什么?
- 他们删除了原始模型权重
- 他们从零权重开始,因此训练从原始模型的行为开始
- 他们将图像转换为灰度
- 他们在提示中添加随机噪音
- 其中哪一个是有效的 ControlNet 调节输入?
- 数字电子表格
- 音频波形
- OpenPose 骨架或深度图
- 数据库架构
- ControlNet 与稳定扩散等基本扩散模型有何关系?
- 它完全取代了基本模型
- 它只能在没有任何基础模型的情况下工作
- 它通过互联网在单独的计算机上运行
- 它作为可训练分支连接,而基本模型保持冻结状态
- In a ControlNet workflow, what roles can text and spatial conditioning play?
- Text can describe semantic/style content while a spatial map supplies structural guidance
- The spatial map proves the text prompt is factually true
- Text always supplies exact pixel positions and the map supplies the object name
- The text prompt is ignored whenever a map is present
- What training-data scale does the ControlNet paper report as robust for training its controls?
- Only datasets with exactly 50 examples
- Both small datasets under 50,000 examples and large datasets over 1 million examples
- Only datasets larger than 100 million examples
- No training data is used
- What does the ControlNet paper report about combining conditioning controls?
- It permits only one edge map and requires no prompt in every case
- It accepts text prompts but no spatial controls
- It tests single or multiple conditions, with or without a text prompt
- It requires exactly two depth maps for each image
- Which pretrained part does ControlNet reuse as a strong backbone for learning spatial controls?
- A database of user prompts
- A language-model tokenizer only
- A separately trained classifier for every edge map
- The deep encoding layers of a pretrained diffusion model