The Teacher's Corner
# Using Word2Vec (simplified example) sentences = [["WWE", "is", "entertainment"], ["Divas", "are", "wrestlers"], ["Torrents", "are", "files"]] model = Word2Vec(sentences, vector_size=100, min_count=1) for word in query: try: print(model.wv[word]) except KeyError: print(f"{word} not in vocabulary") The approach to creating a deep feature for the given query depends on the specific requirements of your project, including the type of model you're using and the nature of your dataset. The example provided gives a basic understanding of how you might represent such a query. For real-world applications, consider the context in which the query will be used and the computational resources available.
# Example words query = ["WWE", "Divas", "Torrents", "KickassTorrents"] Download wwe divas Torrents - KickassTorrents
all_categories = ["WWE", "Divas", "Torrents", "KickassTorrents", "Alternatives"] print(one_hot_encode(query, all_categories)) # Using Word2Vec (simplified example) sentences = [["WWE",
import numpy as np from gensim.models import Word2Vec # Example words query = ["WWE", "Divas", "Torrents",
# Simple vector (One-hot Encoding) def one_hot_encode(query, all_categories): vector = [int(c in query) for c in all_categories] return vector
[WWE, Divas, Torrents, KickassTorrents, Alternatives, Female_Wrestling] Or more simply in a numerical vector format (assuming binary features for simplicity):