Huawei HCIP-AI-EI Developer (H13-321) Certification Sample Questions
Getting knowledge of the Huawei H13-321 exam structure and question format is vital in preparing for the Huawei Certified ICT Professional - AI-EI Developer certification exam. Our Huawei HCIP-AI-EI Developer sample questions offer you information regarding the question types and level of difficulty you will face in the real exam. The benefit of using these Huawei H13-321 sample questions is that you will get to check your preparation level or enhance your knowledge by learning the unknown questions. You will also get a clear idea of the exam environment and exam pattern you will face in the actual exam with the Huawei Certified ICT Professional - AI-EI Developer Sample Practice Test. Therefore, solve the Huawei HCIP-AI-EI Developer sample questions to stay one step forward in grabbing the Huawei Certified ICT Professional - AI-EI Developer credential.
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Huawei H13-321 Sample Questions:
Which deployment type fits this use case?
a) A real-time service that answers each record through an online API call
b) An edge service that runs the model on devices at each store location
c) A batch service that processes the stored records as one inference job
d) A new training job that retrains the model on the records each night
02. At time step t in an LSTM layer, the forget gate outputs values close to 0 in every dimension, while the input gate outputs values close to 1.
What happens to the cell state at this step?
a) It keeps its previous contents and adds the new candidate values on top
b) It is largely replaced by the new candidate values computed at this step
c) It passes through unchanged, and only the hidden state is overwritten
d) It is reset to zero, and the new candidate values are discarded
03. In a scaled dot-product attention layer, the query and key vectors have dimension d_k = 64, and their components are independent with mean 0 and variance 1.
What is the approximate standard deviation of an unscaled score q·k, and what does dividing by √d_k accomplish?
a) About 8; dividing by √d_k restores unit variance, so softmax avoids saturating
b) About 8; dividing by √d_k makes every row of attention weights sum to one
c) About 64; dividing by √d_k lowers the variance to 8, which enlarges the softmax gradients
d) About 1; dividing by √d_k rescales the value vectors to unit length
04. A Transformer block has d_model = 512 and a position-wise feed-forward network with an inner dimension d_ff = 2,048.
Ignoring biases, how many weights does this feed-forward network contain, and how is it applied?
a) About 1.05 million, shared across all positions
b) About 2.1 million, applied identically at each position
c) About 2.1 million, with a separate copy for each position
d) About 4.2 million, applied identically at each position
05. A layer maps a 256-channel feature map to 256 channels with a 3×3 convolution. A bottleneck block replaces it with a 1×1 convolution down to 64 channels, a 3×3 convolution from 64 to 64 channels, and a 1×1 convolution back up to 256 channels.
Ignoring biases, how many weights does the bottleneck block contain?
a) 36,864
b) 147,456
c) 589,824
d) 69,632
06. During training, a Transformer decoder receives the whole target sentence at once through teacher forcing, and its self-attention sublayer applies a triangular look-ahead mask.
What does this mask accomplish?
a) It stops each position from seeing later target tokens
b) It hides the padding positions so that sentences of different lengths can share one batch
c) It randomly hides a share of the target tokens so the decoder learns to reconstruct them
d) It blocks the decoder from the encoder output until the whole target sentence has been read
07. A team doubles the input length of a self-attention layer from 2,048 to 4,096 tokens while keeping the model width, head count, and batch size unchanged.
By roughly what factor does the memory needed to hold the attention score matrices grow?
a) About 2 times
b) About 8 times
c) About 4 times
d) About 16 times
08. A CTC model emits one symbol per frame, where - is the blank symbol. Decoding first merges consecutive repeated symbols and then removes blanks.
Which frame-level output decodes to the word hello?
a) h h e - l l l o
b) h - e e l - l o
c) h e - l l o o -
d) - h e l l - o o
09. An engineer implementing the Canny edge detector inspects intermediate output. After Gaussian smoothing and gradient computation, the edges in the gradient-magnitude image are several pixels wide.
Which subsequent Canny step reduces these edges to one-pixel-wide ridges?
a) Hysteresis thresholding with a high and a low threshold
b) A second pass of Gaussian smoothing with a larger sigma
c) Applying the Laplacian to locate second-derivative zero crossings
d) Non-maximum suppression along the gradient direction
10. In a FastSpeech-style model, the encoder outputs one hidden vector for each of four phonemes. The duration predictor assigns them 3, 2, 5 and 2 mel frames respectively.
What does the length regulator pass to the decoder?
a) 12 vectors, made by repeating each phoneme vector for its predicted frame count
b) 12 vectors, made by the decoder generating frames one at a time until a stop token
c) 4 vectors, which the decoder expands internally through encoder-decoder attention
d) 48 vectors, made by pairing every phoneme vector with every output frame position
Answers:
|
Question: 01 Answer: c |
Question: 02 Answer: b |
Question: 03 Answer: a |
Question: 04 Answer: b |
Question: 05 Answer: d |
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Question: 06 Answer: a |
Question: 07 Answer: c |
Question: 08 Answer: b |
Question: 09 Answer: d |
Question: 10 Answer: a |
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