How to Build Your AI Chatbot with NLP in Python?
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" width="308px" alt="chatbot with python" />
Let’s use the Tkinter library, which comes with a lot of other useful GUI libraries. Here, we go through the patterns, use the nltk.word_tokenize() function to break the sentence into words and add each word to the word list. In the below image, I have used the Tkinter in python to create a GUI. Please note that if you are using Google Colab then Tkinter will not work. You have to use your local system/PC to use the Tkinter library.
- Our chatbot is going to work on top of data that will be fed to a large language model (LLM).
- In other words, a chatbot simulates a human-like conversation in order to perform a specific task for an end user.
- So, if you are looking for building chatbots in Python, you have come to the right place.
- Regardless of IDE you must install the correct libraries and python version in your development environment for this to work.
- Using cloud storage solutions can provide flexibility and ensure that your chatbot can handle increasing amounts of data as it learns and interacts with users.
- The chatbot's answer database is often generated from prior interactions.
The Chatbots which is being proposed for Human Resource is Artificial Intelligence based Chatbot for major measurement profiling of contenders for the explicit task. The learning technique used for the Chatbot here is diverse neural framework exhibit for setting up the Chabot to make it continuously like human enlistment authority. —Human-Computer Speech is gaining momentum as a technique of computer interaction. There has been a recent upsurge in speech based search engines and assistants such as Siri, Google Chrome and Cortana. This type of programme is called a Chatbot, which is the focus of this study. These papers are representative of the significant improvements in Chatbots in the last decade.
Python time sleep() – One Stop Solution for time.sleep() Method
In this step of the tutorial on how to build a chatbot in Python, we will create a few easy functions that will convert the user’s input query to arrays and predict the relevant tag for it. Our code for the Python Chatbot will then allow the machine to pick one of the responses corresponding to that tag and submit it as output. No doubt, chatbots are our new friends and are projected to be a continuing technology trend in AI.
ChatterBot is a Python library used to create chatbots that generate automated responses to users’ input by using machine learning algorithms. ChatterBot is a Python library that is developed to provide automated responses to user inputs. It makes utilization of a combination of Machine Learning algorithms in order to generate multiple types of responses. This feature enables developers to construct chatbots using Python that can communicate with humans and provide relevant and appropriate responses.
What is the smartest chatbot?
They enable companies to provide customer support and another plethora of things. That is, if you ask chat GPT, for example, what’s the weather like in Arizona? You’re gonna have to send it the first prompt, “How’s the weather in Arizona?
Python is one such language that comes with extensive library support and all the required packages for developing stable Chatbots. Python will be a good headstart if you are a novice in programming and want to build a Chatbot. To create the Chatbot, you must first be familiar with the Python programming language and must have some skills in coding, without which the task becomes a little challenging. You will learn about the origin and history of chatbots, their types and applications, their architecture, and their mechanism.
Simple ChatBot build by using Python
The ChatterBot library comes with some corpora that you can use to train your chatbot. However, at the time of writing, there are some issues if you try to use these resources straight out of the box. In the previous step, you built a chatbot that you could interact with from your command line. The chatbot started from a clean slate and wasn’t very interesting to talk to. After data cleaning, you’ll retrain your chatbot and give it another spin to experience the improved performance.
It analyses the conversation and selects the best response from the library. In recent years, there has been a tremendous increase in on-demand messaging, which has changed how customers communicate with brands. More and more firms are using chatbots in their workflows to provide greater customer care. Businesses frequently need help with the high expenses of customer service operations. Python chatbots overcome this issue by providing round-the-clock automated service.
Python has an impressive library, and you can also find multiple frameworks for creating chatbots. It is a leading platform that offers developers to create python programs using human language data. In my NLTK’s nltk.chat module to construct Mat the Matcha bot which describes the benefits of matcha green tea to the user. However, I had made another Chatbot that exploited NLP immensely and I’ll be referring to that method first.
However, from there, chatbots have evolved immensely with the help of groundbreaking technologies, including artificial intelligence, natural language processing, and machine learning. A chatbot is a computer program that is designed to simulate a human conversation. In 2019, chatbots were able to handle nearly 69% of chats from start to finish - a huge jump from the year 2017 when they could process just 20% of requests. In this chapter we will address the problem of building conversational agents or chatbots from corpora for domain-specific educational purposes.
Build a Simple Chatbot in Python
You already helped it grow by training the chatbot with preprocessed conversation data from a WhatsApp chat export. In this section, you put everything back together and trained your chatbot with the cleaned corpus from your WhatsApp conversation chat export. At this point, you can already have fun conversations with your chatbot, even though they may be somewhat nonsensical. Depending on the amount and quality of your training data, your chatbot might already be more or less useful. You’ll achieve that by preparing WhatsApp chat data and using it to train the chatbot. Beyond learning from your automated training, the chatbot will improve over time as it gets more exposure to questions and replies from user interactions.
Python's dominance in the chatbot scene stems from its vast ecosystem of tools and frameworks designed for natural language processing and machine learning. Pre-built tools for tasks like tokenization, part-of-speech tagging, and named entity recognition are available from libraries such as NLTK (Natural Language Toolkit) and spaCy. These technologies allow programmers to concentrate on higher-level logic and functionality. To create a conversational chatbot, you could use platforms like Dialogflow that help you design chatbots at a high level.
We will load the trained model and then use a graphical user interface to predict the bot’s response. We use a special recurrent neural network (LSTM) to figure out which category the user’s message fits into, and then we pick a random response from the list of responses. When it comes to making good customer relationships, chatbots can be a very useful tool. In this step, we will create a simple sequential NN model using one input layer (input shape will be the length of the document), one hidden layer, an output layer, and two dropout layers. In the tech industry, meeting consumer expectations is critical.
Learn to Program an AI Chatbot for Your Business in This $30 Course - Entrepreneur
Learn to Program an AI Chatbot for Your Business in This $30 Course.
Posted: Sun, 30 Jul 2023 07:00:00 GMT [source]
Python’s Tkinter is a library in Python which is used to create a GUI-based application. In the above image, we have created a bow (bag of words) for each sentence. Basically, a bag of words is a simple representation of each text in a sentence as the bag of its words. Tokenize or Tokenization is used to split a large sample of text or sentences into words.
- And you can see here that a response has this message object, which is essentially a dictionary that has the role assistant because that’s the response we got and the content.
- Now that you’ve created a working command-line chatbot, you’ll learn how to train it so you can have slightly more interesting conversations.
- You can see that there is the user content, and then we get this one from OpenAI, which has the response as well as the role assistant.
- If so, we might incorporate the dataset into our chatbot's design or provide it with unique chat data.
- After running the code, you can interact with the chatbot in the terminal itself.
We are using the Python programming language and the Flask framework to create the webhook. You can choose to use as many logic adapters as you would like. The TimeLogicAdapter returns the current time when the input statement asks for it. The MathematicalEvaluation adapter solves math problems that use basic operations, and BestMatch adapter which finds the best response to the input.
Regardless of IDE you must install the correct libraries and python version in your development environment for this to work. That said, there are many online tutorials on how to get started with Python. Once you have your chatbot built, you'll need to host it somewhere so people can interact with it.
Read more about https://www.metadialog.com/ here.
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