Complete Gate Post tasks to upgrade your rank

Credit Ranking

[//]:content-type-MARKDOWN-DONOT-DELETE
![](https://gimg2.gateimg.com/image/article/1686098682RDZZ.jpeg)

GPTs can translate texts, summarize data and create content suitable for various purposes like marketing.

Meta’s Megabyte aims to overcome the roadblocks that other GPT systems like OpenAi’s GPT-4 and ChatGPT face. 

Megabyte is different from other GPT models because it does not use tokenization.

The Megabyte model comprises a local transformer, a patch embedder and a global transformer. 

## Introduction

Technological innovation has revolutionized the way human beings interact and do various tasks including personal or business ones.  Artificial intelligence, also called machine learning, is able to carry out different activities such as writing essays or making financial plans. In this article we discuss the importance of Generative Pre-trained Transformer (GPT) in natural language processing and its applications. We will also focus on Meta’s megabyte System which overcomes several roadblocks for GPTs. 

## Significance of GPTs in natural language processing

Generative Pre-trained transformers (GPTs) have many benefits in various sectors of the economy as they enhance productivity and increase social awareness. First, it is important to know that GPTs create human-like texts on various subject matter. 

The GPTs use various parameters to process data and present it in  ways that are easy to understand.. There are different applications that use GPTs to create value for human beings and the society in general. 

Basically, GPTs are important components of artificial intelligence driven applications that translate information from one language to another. They also generate and summarize large volumes of data into easy-to-understand information. In some cases, GPTs enable generation of content suitable for different purposes such as poems, blog posts, academic essays, marketing material and memes, among others. 

Businesses can also use GPTs to power chatbots and virtual assistants that can interact with real people in a conversational manner, helping them to understand different business or social aspects. For business purposes, they can generate sentiment analysis on any topic or field of interests. As an example, there are Ai driven protocols that generate crypto market sentiments which enable traders and other investors to make informed investment decisions. 

Other use cases of GPTs in natural language process and Ai applications include content creation for marketing products, customer service, analyzation of financial information as well as data extraction and reporting, among others. 

## Limitations of traditional GPT models

Although there are various [types of GPTs](https://www.gate.io/live/video/90b1e91dd5e7fb207b1509a809e5b444 "types of GPTs") created by different platforms like ChatGPT and Openai, most of them have serious limitations. 

The current best Generative AI models [including OpenAI's GPT-4 and ChatGPT](https://www.gate.io/blog_detail/2064/chatgpt-ai-impacts-healthcare-rising-prices-hit-americans-chinas-redistributive-policies-affect-property-developers "including OpenAI's GPT-4 and ChatGPT") use the Transformer architecture which was introduced by Google researchers. The increase in self-attention scales and the length of inputs and outputs creates a challenge as each word needs attention. Basically, this system works well when few words are used as input. 

However, the Megabyte method uses a different architecture which divides sequences of inputs and outputs into patches rather than tokens. As such, it can handle many more words than the current models. 

Also, Meta’s approach solves the scalability problem which is common among most models currently on the market. Basically, the Megabyte model enables a single feedforward network to act on a patch consisting of multiple tokens. Therefore, Meta’s Megabyte system performs in parallel rather than serially. This increases its efficiency even if the base model has many parameters. 

Read also: [The Meta Metaverse: What is the company working on?](https://www.gate.io/blog_detail/729/the-meta-metaverse-what-is-the-company-working-on "The Meta Metaverse: What is the company working on?")

Some of the models such as deep neural networks are complex to understand and explain which may reduce trust, accountability and raise ethical concerns. Therefore, there is a need for simpler models like Meta Ai which are easy to explain. This is because most users would like to know how a system works to put their trust in it.

Another issue is that some of these models require much data to be validated and trained. Nonetheless, such data may not be available which reduces their efficiency. In addition, issues related to privacy, bias, noise, security as well as data incompleteness negatively affects the robustness and performance of most GPT models. 

Most traditional AI models are expensive and consume much energy when making the calculations. This is because most of the systems are computational intensive. As such, they consume many resources and increase environmental costs. 

Additionally, most of these models have low interoperability as a result of differences in their standardization. Thus, it is very difficult for them to integrate since they use different languages, frameworks and formats. However, open formats like ONNX or universal compilers can enhance their communication. 

It is important to realize that Meta AI’s architecture is created in a manner that overcomes most of these problems. 

## Meta’s Megabyte System 

Meta AI has developed a new [GPT system called the Megabyte](https://encord.com/blog/meta-ai-megabyte-model-architecture-explained/ "GPT system called the Megabyte") with the aim of getting around tokenization which most GPT models use. Its generative pre-trained transformer (GPT) system processes large volumes of data like videos and texts such as novels without using tokenization. 

As a point, tokenization functions in a manner similar to file compression through converting large amounts of data into tokens. The transformer processes the tokens to create output tokens which the system decodes. 

Normally, tokenization enables AI models to convert large strings of data into numbers.  For instance, a system can convert a phrase like, “My favourite color is red,” to a token string such as 3666, 4004, 3124, 318, 2266, 13” which is then processed. 

However, with this method there is a limit on the amount of data it processes. For example, the limit of GPT-3.5 is between 3,000 and 4,000 words while that of GPT-4 is between 24,000 and 32,000.

In contrast, [Meta](https://www.gate.io/ja/blog_detail/308/why-is-meta-previously-facebook-betting-big-on-metaverse "Meta") has discarded tokenization in favour of the new multi-layer prediction architecture that depends on end-to-end modeling of more than one million bytes of data. This is a great achievement considering that it can process a document composed of up to 750,000 words. This means that the Megabyte system can process data contained  in three average size novels.

As noted, Megabyte overcomes the roadblocks of tokenization arising from its hard data limits, much time required to train systems and high energy consumption. Also, without tokenization, it is possible to train AI models to support non-English languages which can be encoded in the standard 8-bit characters, for example.  

Meta’s artificial intelligence crypto AI will expand existing opportunities as it further democratizes various blockchain technologies. As an instance, developers can introduce cryptocurrency trading bots in their native languages such as Russian or French. More importantly, Decentralized autonomous organizations (DAOs) can code their protocols in local languages as well. 

## How Meta Megabyte system works 

Megabyte, the multiscale decoder architecture, models sequences of more than 1 million bytes while maintaining end-to-end differentiability. It uses multiscale transformers which incorporate different levels within their architecture thereby modeling both global and local patterns in data. 

Basically, the Megabyte model comprises three components namely a local module, a patch embedder and a global module (global transformer).The local module, also called the local transformer,  predicts the bytes within every patch while the embedder is responsible for encoding patches through combining byte embeddings. Finally, the global module, also known as global transformer, inputs and outputs the various patch representations. 

The following diagram shows the Megabyte overview.

![](https://gimg2.gateimg.com/image/article/1686098917Meta 1.png)

The diagram above shows some of  Megabyte’s key components. A recent experiment showed that the Megabyte can be 40% faster than the Transformer model. It is essential, though,  to note that the Megabyte used during the experiment had 1.5 billion parameters while the transformer had 350 million. 

Overall, the Megabyte has several advantages over the traditional transformers. For example, it reduces the computational costs of self-attestation which makes it possible to handle long sequences. 

Secondly, it uses feedforward layers per path rather than per position resulting in the efficient utilization of computational resources. 

Also, it enhances greater parallelism during processing which leads to faster sequence generation while maintaining high performance. 

The Megabyte architecture improves scalability, reduces resource consumption and enables smooth communication with various GPT based applications. It achieves some of these benefits through dividing long sequences into two shorter sequences which minimizes self-attention costs. In addition, parameter sharing and compression algorithms minimize resource requirements of GPTs.

## Conclusion

Meta’s Megabyte uses the generative pre-trained transformer system to process large volumes of data without using tokenization. Instead, it utilizes a multi-layer prediction architecture which minimizes costs, enhances speed, improves efficiency as well as increasing scalability and interoperability. 



<div class="blog-details-info">
<div>Author:**Mashell C.**, Gate.io Researcher
<div class="info-tips">\*This article represents only the views of the researcher and does not constitute any investment suggestions.
<div>\*Gate.io reserves all rights to this article. Reposting of the article will be permitted provided Gate.io is referenced. In all cases, legal action will be taken due to copyright infringement.
</div>

简体中文

English

Tiếng Việt

Español

Русский язык

Français

ภาษาไทย

日本語

Indonesia

Deutsch

عربي

Português (Portugal]

Português (Brasil]

繁體中文

Українська

Meta’s Megabyte Architecture is faster than the existing GPTs. Its other advantages are cost reduction, efficient resource utilization, enhanced scalability and interoperability.

福利中心

铭文导航-铭文Launchpad

铭文-铭文导航

铭文-web3startup

新币挖矿

小红花-Exchange-Startup

交易-创新交易

交易-盘前交易

打新

小红花-Learn & Explore-博客

小红花-Learn & Explore-快讯

币圈-币圈-未来事件

小红花-Learn & Explore-聊天室

小红花-Learn & Explore-直播

小红花-Learn & Explore-动态

年度账单

币圈

Gate OTC

芝麻金融-更多-财富管理

机构-APIs

机构-大宗交易服务

机构-经纪商项目

全球做市商计划

机构-托管和资产管理

机构借贷

机构-做市商项目

小红花-Promotions-机构和VIP服务

量化基金

机构-基础架构

机构-交易

机构-金融

结构化产品

机构-主页

衍生品-统一账户

芝麻金融-更多-抵押借币

vip服务

机构

策略跟单

现货跟单

合约跟单

跟单

量化策略-探索

量化策略-进阶

量化策略-基础

机器人广场

创建机器人

探索机器人

杠杆网格

无限网格

期现套利

组合指标策略

智能调仓

现货马丁格尔

合约网格

现货网格

交易机器人

芝麻金融-更多-ETH2.0挖矿

芝麻金融-更多-法币理财

USDE挖矿

链上赚币

芝麻金融-理财-双币宝

芝麻金融-理财-定期理财(屯币)

芝麻金融-理财-结构性理财

芝麻金融-理财-理财宝

芝麻金融-理财-余币宝

GT挖矿

芝麻金融-更多

芝麻金融-理财

赚币

模拟交易

衍生品-实盘跟单

衍生品-期权

衍生品-交割合约

衍生品-永续合约

衍生品-合约中心

合约入门

合约活动

衍生品

交易-量化策略

交易-杠杆ETF

交易-杠杆交易

交易-闪兑

交易-现货交易

交易

行情

买币-gateCard

卖币

买币-快捷交易

买币

买币-paywith

法币定投

小红花-推广

新手指南

活动中心

小红花-Learn & Explore-学院

任务广场

小红花-Exchange-最新公告

小红花-Exchange-帮助中心

小红花-Exchange-交易所

gate商店

小红花-Promotions-推荐官计划

小红花-Promotions-邀请计划

小红花-promotions-代理商

cextg小程序

储备金

合作伙伴

小红花

web3

Meta’s New Megabyte System: A Breakthrough in Overcoming Roadblocks for GPTs