Why Optimising for Large Language Models Is the Next Big Thing
Chances are by now you have heard of Large Language Models (LLMs), such as ChatGPT, Claude, Bard, and more. These systems are being used to generate code, pass bar exams, and write articles and blogs.
Over the past couple of years, LLMs have emerged as an exciting and evolving AI technology, often debated. They are now chatbots, they are redefining how we interact with technology. LLMs are quickly becoming a part of our digital lives.
While they grow at an exceptional rate, there are many misconceptions surround LLMs. Some see them as all-knowing, while others see them as auto-suggested tools. The fact of the matter is both groups are right, LLMs lie in between the two. They are very powerful, yet they are not perfect. They can generate human like text, but they cannot think like humans do. While they can generate really impressive answers, they don't understand them.
LLMs work using the following:
LLMs take text from a variety of sources, providing a model with a diverse dataset to recognise different writing styles, knowledge domains, and dialects. They are trained on public text, therefore inaccuracies and biases can be reflected in the response.
LLMs don't read like we do. They break down the sentence into bite sized chunks, known as tokens. These tokens can be words, thought they are often fragments of works, sometimes individual characters. Tokenisation enables the model to work with numerical representations of words, helping it become more efficient.
LLMs are exposed to billions of words during training. They use statistical learning, identifying language patterns, including common phrases and grammar rules. It does not understand the meaning of the sentences. It learns the relationship between words and probabilities.
Transformer models are the deep learning architecture that examines sentences at once to determine how different words relate to each other. This helps the AI understand context.
Once the AI has undergone its general training phase, it undergoes refinement using fine tuning, training the model on specialised datasets to improve accuracy. Often human feedback is incorporated, helping the AI create responses aligning with human expectations, along with ethical considerations.
LLMs are being used in a variety of applications, used today:
As AI grows, learns, and becomes smarter, it will be able to tailor experiences based on user behaviour, providing intuitive and seamless digital interactions. Chatbots and virtual assistants will feel more human and responsive, while content creation will adapt to preferences, enabling customisation of style, depth, and tone.
LLMs are not going to replace human jobs, but they will be used to work alongside humans, handling repetitive and heavy duty tasks, enabling humans to focus on creativity and strategy.
LLMs are powerful tools, yet they lack emotions, opinions, and independent thought. They recognise patterns, yet are revolutionising industries and streamlining work flows. LLMs increase the risk of bias, ethical concerns, misinformation, and job displacement, therefore it needs to be used responsibly. Are you ready to optimise for Large Language Models (LLMs)? Contact Genie Crawl now to find out how.
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