Skip to main content

Role of generative AI in stock market prediction

 

Before making predictions about stock price movements, an expert will consider various economic indicators, market sentiment, past performance and trading volume. An effective generative AI tool must take into account all these important factors before recommending a stock for investment. These AI-based predictive models are built on historical data, but should also be equipped to conduct sentiment analysis based on current market conditions – one of the most essential elements in share market trading.

These GenAI models learn from historical data fed into them to recognise the complex patterns such as market trends, and other factors to establish their correlation with the price movements. They also perform sentiment analysis by extracting important information from news articles and social media posts for better forecast. The models, thus trained on the training data (historical data) and enhanced with sentiment analysis, can show whether a stock will move upwards or will go down for the future time period (forecast period) with the expected fluctuations.

Although, it all may sound so simple, but one could only wish for such a perfect AI-based tool that can build a model for accurate predictions. A predictive model, however well trained, can never guarantee if the forecast value will even be nearly close to the actual movement.

In stock market a lot of things can go wrong. Market may crash due to some sudden catastrophe such as war, natural calamity, etc. However, these are extremes known as black swan events, and even if we discount them, there are still many other factors that an AI tool may not be able to keep track of while training a predictive model.

Market experience and human intuition are the two main factors that no AI tool has been bestowed with so far, which only humans are gifted with. Even if these GenAI tools, specialized in stock market, were to be developed using the expertise of experienced and skilled stock brokers and investment bankers, it is unlikely that the models can be fully relied upon. At the most, the forecast values obtained using these GenAI tools can be used for reference and not for making investments blindly.

Various companies had claimed to have developed such AI tools that, according to their version of stories, could make accurate predictions for stock prices, but they all vanished as quickly as they came. Their predictive models could not stand the test of time. Does it mean GenAI tools should not be used for stock market? Well, that depends on an investor. Although, with time, these AI tools will definitely get better, but will they be able to reach 99.99% accuracy in their predictions or at least an acceptable accuracy level by the market standard. That’s a big question!

Investment in stock market is not a one-time affair. Serious investors continuously look for opportunities to make more money by investing in the right kind of stocks. This means, the predictive models must be trained on a daily basis considering the volatile nature of share market. Despite following the iterative refinement process, will automating the training of predictive models work in a long run with the accuracy needed for right investments? Another big question!          

Comments

Popular posts from this blog

Metaverse needs better technology, scalable infra, strong governance

Many minds have been intrigued by the idea of metaverse, and its effect is such that the social media giant like Facebook has been rebranded as Meta. Yet, there is a big question mark on the future of this technology. The enablers of metaverse such as augmented reality, mixed reality and virtual reality operating on computers, smartphones and other devices have failed to give the complete real-world like immersive experience to end users. There is a clear lack of standard virtual environment and technical specifications for implementing metaverse  –  a bottleneck in using technologies from different proprietors. Due to the business privacy and transparency concerns, interoperability of services from various providers has become a big challenge. Although, the efforts to standardize virtual reality, such as Universal Scene Description, glTF and OpenXR may help in a long run, but a lot more needs to be put in.  The technologies and devices, such as wireless he...

What is ChatGPT?

Introduction ChatGPT is a language model developed by OpenAI based on the GPT-3.5 architecture. It is designed to perform various natural language processing tasks such as language translation, text summarization, question-answering, and chatbot interactions. In this blog, we will discuss ChatGPT, its architecture, applications, and benefits. Architecture ChatGPT is based on the GPT-3.5 architecture, which is an extension of the GPT-3 architecture. The model has 175 billion parameters, making it one of the largest language models available. The architecture consists of 96 transformer blocks with a hidden size of 12,288 and 10 attention heads. The model is trained using a combination of unsupervised and supervised learning techniques. Applications ChatGPT has a wide range of applications in various fields such as healthcare, finance, customer service, and education. Some of the applications of ChatGPT are as follows: Language translation: ChatGPT can translate text from one language to ...

Exploratory Data Analysis

  Lab_D_2_RM Asmi Ariv 2022-10-14 Exploratory Data Analysis In this lab, we will go through various steps to explore a dataset using descriptive statistics, summary of data, different graphs, etc. Factor Variables (try the following in R): data = read.csv( "patient.csv" );data #Reading patient data ## Patient Gender Age Group ## 1 Dick M 20 2 ## 2 Anna F 25 1 ## 3 Sam M 30 3 ## 4 Jennie F 28 2 ## 5 Joss M 29 3 ## 6 Don M 21 2 ## 7 Annie F 26 1 ## 8 John M 32 3 ## 9 Rose F 27 2 ## 10 Jack M 31 3 data$Gender #It is a string/character variable ## [1] "M" "F" "M" "F" "M" "M" "F" "M" "F" "M" data$Gender = factor(data$Gender,levels=c( "M" , "F" ), ordered= TRUE ) #...