24 Best Machine Learning Datasets for Chatbot Training

However, building a chatbot that can understand and respond to natural language is not an easy task. It requires a lot of data (or dataset) for training machine-learning models of a chatbot and make them more intelligent and conversational. Conversational models are a hot topic in artificial intelligence

research. Chatbots can be found in a variety of settings, including

customer service applications and online helpdesks. These bots are often

powered by retrieval-based models, which output predefined responses to

questions of certain forms.

A data set of 502 dialogues with 12,000 annotated statements between a user and a wizard discussing natural language movie preferences. The data were collected using the Oz Assistant method between two paid workers, one of whom acts as an “assistant” and the other as a “user”. In order to create a more effective chatbot, one must first compile realistic, task-oriented dialog data to effectively train the chatbot. Without this data, the chatbot will fail to quickly solve user inquiries or answer user questions without the need for human intervention.

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This is the place where you can find Semantic Web Interest Group IRC Chat log dataset. The user prompts are licensed under CC-BY-4.0, while the model chatbot dataset outputs are licensed under CC-BY-NC-4.0. This Colab notebook provides some visualizations and shows how to compute Elo ratings with the dataset.

In the captivating world of Artificial Intelligence (AI), chatbots have emerged as charming conversationalists, simplifying interactions with users. Behind every impressive chatbot lies a treasure trove of training data. As we unravel the secrets to crafting top-tier chatbots, we present a delightful list of the best machine learning datasets for chatbot training. Whether you’re an AI enthusiast, researcher, student, startup, or corporate ML leader, these datasets will elevate your chatbot’s capabilities.

Define Models¶

The encoder

transforms the context it saw at each point in the sequence into a set

of points in a high-dimensional space, which the decoder will use to

generate a meaningful output for the given task. Natural Questions (NQ), a new large-scale corpus for training and evaluating open-ended question answering systems, and the first to replicate the end-to-end process in which people find answers to questions. NQ is a large corpus, consisting of 300,000 questions of natural origin, as well as human-annotated answers from Wikipedia pages, for use in training in quality assurance systems. In addition, we have included 16,000 examples where the answers (to the same questions) are provided by 5 different annotators, useful for evaluating the performance of the QA systems learned. CoQA is a large-scale data set for the construction of conversational question answering systems.

For EVE bot, the goal is to extract Apple-specific keywords that fit under the hardware or application category. Like intent classification, there are many ways to do this — each has its benefits depending for the context. Rasa NLU uses a conditional random field (CRF) model, but for this I will use spaCy’s implementation of stochastic gradient descent (SGD).

First, we must convert the Unicode strings to ASCII using

unicodeToAscii. Next, we should convert all letters to lowercase and

trim all non-letter characters except for basic punctuation

(normalizeString). Finally, to aid in training convergence, we will

filter out sentences with length greater than the MAX_LENGTH

threshold (filterPairs). A set of Quora questions to determine whether pairs of question texts actually correspond to semantically equivalent queries. More than 400,000 lines of potential questions duplicate question pairs.

Since we are going to develop a deep learning based model, we need data to train our model. But we are not going to gather or download any large dataset since this is a simple chatbot. To create this dataset, we need to understand what are the intents that we are going to train. An “intent” is the intention of the user interacting with a chatbot or the intention behind each message that the chatbot receives from a particular user.

As long as you

maintain the correct conceptual model of these modules, implementing

sequential models can be very straightforward. The encoder RNN iterates through the input sentence one token

(e.g. word) at a time, at each time step outputting an “output” vector

and a “hidden state” vector. The hidden state vector is then passed to

the next time step, while the output vector is recorded.