Which of the following best describes the role of intent recognition in a chatbot?
Think about what the chatbot needs to understand before replying.
Intent recognition helps the chatbot understand what the user wants to achieve, which guides the response.
What will be the output of the following Python code snippet?
def chatbot_response(message): if 'hello' in message.lower(): return 'Hi there! How can I help you?' else: return 'Sorry, I did not understand.' print(chatbot_response('Hello, bot!'))
Check if the word 'hello' is detected in the input message.
The code checks if 'hello' is in the message ignoring case, so it returns the greeting response.
When training a chatbot's natural language understanding model, which embedding size is generally best for balancing performance and speed?
Too small loses meaning, too large slows training.
Embedding sizes around 50 to 300 dimensions usually balance capturing meaning and computational efficiency.
Which metric is most appropriate to measure how well a chatbot's responses match expected answers in a classification task?
Think about classification vs. text similarity metrics.
Accuracy measures the percentage of correct predicted classes, suitable for intent classification tasks.
What error will this Python code raise when run?
def generate_response(user_input): responses = {'hi': 'Hello!', 'bye': 'Goodbye!'} return responses[user_input] print(generate_response('hello'))
Check if the key 'hello' exists in the dictionary.
The dictionary does not have the key 'hello', so accessing it raises a KeyError.