Natural Processing Language (NPL) enhances the way people and computers interact. Code — the computer’s language — is the most direct approach to influencing a system. Interacting with computers becomes much more intuitive for people as computers learn to understand human language. It is an area of Artificial Intelligence that deals with natural language exchanges between people and computers. It is the automated manipulation of a natural language using software, such as speech or text.
Meaning of Natural Processing Language
Natural Processing Language aims to create robots that interpret and respond to text or voice input, as well as answer with text or speech of their own, in the same manner that people do. It refers to the discipline of computer science—specifically, the branch of AI—that is concerned with providing computers with the capacity to interpret text and spoken language in the same manner humans can. NPL blends computational linguistics with statistical, machine learning, and deep learning models.
When combined, these technologies allow computers to analyze human language in text or speech data and ‘understand’ it’s whole meaning, replete with the speakers or writer’s purpose and mood. Natural Processing Language powers computer programs that translate text from one language to another, respond to spoken commands, and quickly summarise vast amounts of content—even in real-time. You’ve probably encountered NPL through voice-activated GPS systems, digital assistants, speech-to-text dictation software, customer service chatbots, and other consumer conveniences.
However, Natural Processing Language is increasingly used in corporate solutions to expedite business operations, boost employee productivity, and simplify mission-specific business procedures.
General Applications of Natural Processing Language
Natural Processing Language is widely present in fields such as content categorization, extraction, sentiment analysis, document summarization, translation, voice-driven interface deployment, and so on. One can use NPL in the following ways:
Chatbots are artificial intelligence programs built to communicate with humans so that they sound like humans. Depending on their sophistication, chatbots may either reply to particular keywords or carry lengthy conversations that make it difficult to identify them from humans. Natural Processing Language and Machine Learning produce ChatBots, which means they grasp the nuances of the English language, determine the statement’s true meaning, learn from human discussions, and improve over time.
Translation is a widespread use of Natural Processing Language. Georgetown and IBM unveiled the first NPL-based translation system in the 1950s, which could mechanically translate 60 Russian words into English. Today’s translation tools use NPL and machine learning to comprehend and create accurate translations of worldwide languages in text and audio formats.
- Search Engine Autocomplete
Have you ever noticed how search engines prefer to assume what you’re typing and complete your sentences for you? For example, if you type “game” into Google, you may receive suggestions for “game of thrones,” “game of life,” or “game theory,” if you are interested in arithmetic. Autocomplete generates all of these ideas using Natural Processing Language to predict what you want to ask.
Search engines employ massive data sets to determine what their users are likely typing when they input specific phrases and provide the most prevalent options. They use Natural Processing Language to understand how these words are related to generating particular terms.
Autocorrect Natural Processing Language is used to identify misspelled words by cross-matching those against a training set of relevant terms from the language lexicon. Then the misspelled word is put into a machine learning algorithm, which computes the deviation of the word from the right one in the training set. It then adds, subtracts, or substitutes letters from the word before matching it to a word candidate that fits the general meaning of the text.
- Voice Assistants
Voice assistant applications are all the rage these days! Whether it’s Siri, Alexa, or Google Assistant, practically everyone uses one to make phone calls, create reminders, arrange meetings, set alarms, browse the internet, and so on. These voice assistants have greatly simplified living. But how do they function? They comprehend what humans are saying and then act on it using a complicated combination of voice recognition, natural language interpretation, and Natural Processing Language.
Voice assistants’ long-term objective is to create a bridge between humans and the internet, providing various services based only on voice contact. However, they still need to reach that aim, as Siri can only sometimes grasp what you’re saying!
- Conversational AI
Conversational AI is the technology that allows computers and humans to converse automatically. It’s the brains behind chatbots and virtual assistants like Siri and Alexa. Natural Processing Language and intent recognition are used in conversational AI systems to comprehend user questions, dive through training data, and produce an appropriate answer. Chatbots have extensive uses in various sectors since they facilitate client discussions and automate rule-based tasks such as answering FAQs and booking hotel reservations.
- Sentiment Analysis
Nowadays, almost everyone on the planet is on social media! Companies may also use sentiment analysis to learn how a specific user feels about a particular topic. They can employ natural language processing, computational linguistics, text analysis, and other applications technique to determine if users’ attitudes toward their products and services are positive, negative, or neutral. Companies may employ sentiment analysis in various ways, including determining the emotions of their target audience, understanding product evaluations, gauging brand sentiment, etc.
Commercial firms and governments utilize sentiment analysis to discover popular opinions and identify dangers to national security.
- Language Prototypes
Language models are AI models that use Natural Processing Language (NPL) and deep learning to create human-like text and speech as output. Machine translation, part-of-speech (PoS) tagging, optical character recognition (OCR), handwriting identification, and other applications require language models. GPT transformers, produced by OpenAI, and LaMDA, developed by Google, are two well-known language models. These models were trained on massive datasets from the internet and web sources to automate jobs requiring linguistic comprehension and technological expertise.
GPT-3, for example, has been proven to generate lines of code based on human commands.
- Grammar Checking Software
Grammar and spelling are significant when creating professional reports for your bosses or projects for your professors. After all, significant mistakes might get you fired or fail! As a result, grammar and spell checks are essential tools for any professional writer. They may correct grammar and spell check your work, propose better synonyms, and enhance its general readability. And guess what? They use Natural Processing Language to give the most excellent writing imaginable!
The NPL system is trained on millions of texts to comprehend the proper format.