Тест, свързан с ръководство · Среден Ниво
LoRA и викторина за настройка за ефективна настройка
Прегледайте замразени тегла на LoRA, спестявания в обучимо състояние, ранг, съхранение на QLoRA, съвместимо сливане, споделени бази, брой параметри и двойно квантуване.
Въпрос 1 на 8
In the original LoRA formulation for a selected weight matrix, what is learned while that matrix stays frozen?
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Отговорите и обясненията се появяват, докато отговаряте на теста.
- In the original LoRA formulation for a selected weight matrix, what is learned while that matrix stays frozen?
- A replacement vocabulary with no weight update
- Every entry of the full base matrix from random initialization
- Two factor matrices forming an additive low-rank update
- A permanent deletion of the entire selected layer
- Which resource requirements can fewer trainable LoRA parameters reduce compared with full fine-tuning?
- Every base-model computation by definition
- All activation storage regardless of the training procedure
- A guaranteed universal percentage of total runtime memory
- Optimizer-state and task-checkpoint requirements
- Какво контролира рангът „r“ в LoRA адаптер?
- Вътрешното измерение на двете матрици с нисък ранг, определящ капацитета на адаптера
- Броят на слоевете в основния модел
- Скоростта на обучение по време на обучение
- Колко GPU са необходими
- Which storage and adaptation choices are combined in the QLoRA paper?
- Updating every base weight directly as a 4-bit integer gradient
- A frozen low-bit base with trainable LoRA adapters
- Removing all adapters and all task data
- A guarantee that every model fits every consumer GPU
- What can a compatible dense merge of a LoRA update remove from that layer's inference computation?
- The need to evaluate the base layer at all
- Every possible dtype compatibility requirement
- A requirement that all future task updates become identical
- The need to evaluate a separate adapter branch
- Which reuse pattern is supported by storing compatible task adapters separately from a base checkpoint?
- Every adapter automatically makes every task factually correct
- All serving systems must switch tasks with zero overhead
- Multiple task updates can share the same pretrained base
- The base checkpoint is no longer needed for inference
- For a stated 4-by-4 weight update with rank-one factors shaped 4-by-1 and 1-by-4, how many factor parameters are there?
- Шестнадесет
- Осем
- Четири
- Thirty-two
- What does QLoRA's double-quantization technique compress in addition to the base weight representation?
- The quantization constants
- Every task label into a second unrelated category
- The adapter gradients twice by definition
- A second complete copy of the base model