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Jam-CGPT
Jam-CGPT is a GPT2-like model that follows jam's pretraining procedure to pretrain models ranging from 38 million to 350 million parameters and finetuning with comments generated by GPT-3.5 and data size ranging from 170k to 2.15m.
Jam-CGPT Training Details
- We follow jam's pretraining procedure and use the same data to pretrain our 38m, 110m and 350m parameters models.
- We finetune our Jam-CGPT with the summaries generated by GPT-3.5 and 4 different dataset size Jam-CGPT dataset.
- We finetune our models for 3 epochs.
- Our GitHub repo contains the code for reproduction using the same data.
Jam-CGPT 38 million parameters model
Hyperparameter | Description | Value |
---|---|---|
e | embedding dimensions | 512 |
L | number of layers | 4 |
h | attention heads | 4 |
c | block size / context length | 256 |
b | batch size | 64 |
a | accumulation steps | 2 |
d | dropout | 0.20 |
r | learning rate | 3e-5 |
y | iterations | 1e-5 |
iter | number of iterations after pretraing | 757,000 |
Jam-CGPT 110 million parameters model
Hyperparameter | Description | Value |
---|---|---|
e | embedding dimensions | 768 |
L | number of layers | 10 |
h | attention heads | 8 |
c | block size / context length | 256 |
b | batch size | 32 |
a | accumulation steps | 4 |
d | dropout | 0.20 |
r | learning rate | 3e-5 |
y | iterations | 1e-5 |
iter | number of iterations after pretraing | 762,000 |
Jam-CGPT 350 million parameters model
Hyperparameter | Description | Value |
---|---|---|
e | embedding dimensions | 1024 |
L | number of layers | 24 |
h | attention heads | 16 |
c | block size / context length | 256 |
b | batch size | 4 |
a | accumulation steps | 32 |
d | dropout | 0.20 |
r | learning rate | 3e-5 |
y | weight decay | 1e-5 |
iter | iterations | 272,000 |
- Note that you can adjust the batch size and accumulation steps based on your GPU memory. But, the batch size * accumulation steps should be 128.
- If you finetune your models with multiple GPUs, you can turn down accumulation steps. For example, if you finetune with 2 GPUs, you will need to half the accumulation steps.
- We pretrained 38m and 110m models for 3 epochs.
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