Interaction of Virtual Reality and AI for Big Data Visualization

Posted By : Arun Singh | 29-Apr-2020

 

Data visualization is a growing field, coupled with artificial intelligence (AI), It’s now pouring out of every home, office, computer, mobile, machine, and human being. In the run-up to achieving economies of scale, marketers and business analysts are investing in AI development services to generate valuable insights from enormous volumes of data. The visualization of this data, therefore, plays a very important role in helping us reduce its complexity. Virtual reality is a new medium that offers a lot of potential data that is essential for delivering customized customer information. This makes the databases you have more accessible and efficient, creating greater value for your brand and your customers. This blog post explores how the combination of virtual reality and AI makes a compelling case for data visualization through various techniques. 

 

 

Visualization and Big Data

 

Visualization is the link between non-verbal information and human understanding. We have powerful software to see the arrangement in our heads and feed it mainly through vision. We have to look at the data to select the correct method for their analysis and clarify the results. However, we typically look at data sizes like, "columns in a spreadsheet", one at a time like, "histograms, pie charts" or two at a time "rows or spreads plots in 2D". Classic visualization, held on standard paper or screen, is naturally limited. Potential complex structures of 3 or more dimensions are lost when considered for low-dimensional displays. 

"Big data" is getting information and insights into data. If we can't extract useful information from them that data is useless and the required information will act quickly and effectively. 

 

Powerful machine learning solutions and tools are available, but their performance in a particular issue depends on the complete distribution and data structure in place of the feature dimension. Most marketers spend 10 percent of their budget on analytics, but they use one to three percent of the data collected.

 

Interrelationship and Clustering

 

Even if you read the stars, hospital patients, or sold the study, each item of the price scale. Each of them is a column in a large spreadsheet or a mass of data in a combination of technologies. Together, they create a space for highly visual data, which can be in tens, hundreds, or thousands of sizes. There may be complex patterns that include hidden information available to the data connection: a lot of complexes may depend on a combination of the economic and checked symptoms but different cells contain different or different regions of the country.

 


 

Big Data Visualization in Artificial Intelligence

 

How visualizing data can help improve artificial intelligence, but it's different and true. AI techniques can be useful in data visualization today and have the potential to be so in the years ahead.

The use of data filtering software, such as AI software, which is compatible with data visualization is sometimes called Visual Analytics. In the visual analytics paradigm, one enters a software-driven conversation about a particular data, completes it, and gets results back to the interface, to achieve a goal, either to answer a specific question or to get an idea of- What a dataset may contain. Recent, non-trivial examples of natural language approaches in this regard include Wolfram Alpha and Microsoft PowerBI's natural language. To the point where modern AI systems are getting better and better at translating human speech anyway, for example with Apple's Siri and Amazon's Alexa, we can expect that this kind of visual analytic talk will become more natural and powerful over time. For example, AI systems have recently been developed that can produce images that have a realistic look from textual descriptions. 

 

Extended Reality and Artificial Intelligence

 

Extended Reality [XR] or Augmented Reality [AR] is a new addition to AA programs. Improving awareness and understanding of data, in some supplemental analysis programs enable XR management. Data visualizations are based on more than 2D, being able to visualize them with a 3D environment is really accessible. Humans are relatively insignificant beings, so we have been craving the physical power of using data since the birth of Data Science.

 

Natural Language Processing

 

One of the main tools for augmented analgesics is Natural Language Processing, which is used to access data in a natural way when comparing queries to program code and dropping analytics and module visualization. NLP combined with validated analysis enables the search for information and queries in natural language, sometimes even in audio format. So, we can ask the system to "show me the sales value in 2019" and all the necessary analyses and observations will be done in the background, while the user is focused on analyzing the result and reporting. This can add functionality previously reserved for chatbots and virtual assistants.

 

Conclusions

 

In this article, I have tried to plan and point out some rich interactions between data visualization and artificial intelligence strategies; simple and complex, present, and predictable. Of course, I missed some very interesting examples or directions for the future, and with my enthusiasm, I probably have some important technical challenges, both of which I'm excited to hear about. If you would like to connect and understand the mind or inform me about the interesting connection between data and AI, please reach out!

 

 

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