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Kuis Propagasi Mundur
Uji gradien propagasi mundur, urutan ketergantungan terbalik, nilai penerusan yang di-cache, perkalian aturan rantai, jumlah jalur bersama, dan pemisahan pengoptimal.
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What quantity does backpropagation compute for a neural network's relevant weights?
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- What quantity does backpropagation compute for a neural network's relevant weights?
- Derivatives of the loss with respect to those weights
- A causal percentage of total error uniquely assigned to each weight
- The architecture drawing without any calculation
- A permanently updated set of weights without an optimizer
- Aturan matematika manakah yang menjadi inti dari propagasi mundur?
- Teorema Pythagoras
- Teorema Bayes
- Aturan rantai kalkulus
- Rumus kuadrat
- Why can reverse-mode backpropagation compute many parameter derivatives efficiently?
- It avoids all local derivatives
- It reuses graph structure and relevant intermediate results
- It calculates only the output prediction again
- It guarantees every implementation has exactly one forward pass of runtime
- Dalam urutan apa backpropagation menghitung gradien?
- Dari lapisan masukan menuju lapisan keluaran
- Semua lapisan secara bersamaan tanpa urutan
- Hanya untuk lapisan tersembunyi tengah
- Dari lapisan keluaran ke belakang menuju lapisan masukan
- Does computing backpropagation gradients by itself establish that model weights were updated?
- Yes; every backward computation automatically applies a learning rate
- Yes; gradient values always replace the weights directly
- No; the optimizer update is a separate step
- Only if the network has no parameters
- In a conventional cached-backpropagation workflow, what does the forward computation provide for later derivative calculations?
- Relevant intermediate values that can be retained for the backward computation
- A completed optimizer update without any update rule
- A guarantee that all later evaluation errors disappear
- A permanent deletion of the training objective
- On one composed backpropagation path, local scalar derivatives are three and four. What is their chain-rule product?
- Tujuh
- Satu
- Three quarters
- Twelve
- A shared parameter has loss-gradient contributions two and five through two paths. What combined contribution is accumulated?
- Sepuluh
- Tujuh
- Tiga
- Two fifths