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Last updated: August 12, 2024
In this tutorial, we’ll discuss one of the cutting-edge advancements of Large Language Models, GPT-4o.
OpenAI has recently developed a new flagship model, GPT-4o, that builds on its predecessors (GPT, GPT-2, GPT-3), using several advancements from machine learning and natural language processing (NLP).
This model can analyze and produce visual, textual, and audio data in real time.
GPT-4o is a refined and optimized version of GPT-4. The letter o in GPT-4o comes from omni, which means comprehensiveness. It represents the fact that this new model has been optimized to enhance its performance and efficiency for a wide range of applications.
Furthermore, it has the transformer architecture and is trained on large datasets.
GPT-40 is well-suited for many cases, such as virtual assistance, content creation, customer service chatbots, enterprise solutions for automating tasks, and interactive applications that enhance user engagement through responsive dialogues.
GPT-4 has key features such as a larger model size than GPT-3, better contextual understanding, handling of ambiguity, and enhancement in creativity. GPT-4o has all the above features, in addition to some notable changes that have improved its efficiency to a higher level:
| Feature | GPT-3 | GPT-3.5 | GPT-4 | GPT-4o |
|---|---|---|---|---|
| Parameters | ~175 billion | ~175 billion | Larger than GPT-3 (~200B+ estimated) | Similar to GPT-4 |
| Training Data | Up to 2020 | Expanded dataset | Up to 2022 | Up to 2022, optimized processing |
| Architecture | Transformer | Transformer | Transformer | Transformer |
| Performance | Strong NLP capabilities | Improved NLP & reasoning | Enhanced reasoning, knowledge, and problem-solving | Optimized for efficiency |
| Use Cases | General NLP tasks | Enhanced general NLP | Advanced NLP, more complex tasks | Optimized for specific tasks requiring efficiency |
| Efficiency | Standard | Standard | Improved, with more options for tuning | Optimized for resource efficiency |
| Training Approach | Standard fine-tuning | Standard fine-tuning | Advanced fine-tuning, reinforcement learning from human feedback (RLHF) | Focused on optimization techniques |
GPT-4o is more efficient and has been fine-tuned for specific applications in various domains.
It is also worth mentioning that the speed has increased to some extent by using a variety of optimizations in its architecture and processing pipelines. Besides, ChatGPT-4o requires less computational power to maintain high performance.
Although GPT-4o provides many benefits, its risks also need thoughtful management.
The first risk is the loss of jobs, as some will vanish due to this model’s performance in various tasks. Also, the accessibility to this technology may differ from region to region, leading to economic disparities between different places.
Relying on this model can reduce each person’s potential for critical thinking, and the model may unintentionally generate offensive content.
We cannot ignore the fact that the model can spread misleading information and, if misused, manipulate ideas and beliefs. Verification of the content may also be challenging.
In this article, we discussed GPT-4o and compared it with previous models to see its improvements. This model performs very well in various domains, and its speed and accuracy have significantly improved. Apart from the benefits of using GPT-4o in different areas, we should not underestimate the inherent risks it causes.