Document AI is a technology that helps a computer understand what is on your screen and how you interact with it. This technology can help you save time by automating repetitive tasks and making your work more efficient.
Machine learning
Document AI and machine learning technologies can automate the analysis of documents. This technology can help businesses streamline workflows and gain insights from large amounts of data. It can also enable users to better make judgments about the content in a document.
The latest developments in Document AI are using machine learning to detect text, pictures and images in a variety of languages. These models can also extract text from unstructured documents and recognize sentiments. Using a combination of AI and NLP, Document AI can extract and analyze important information from various forms.
While it is a complex process, using machine learning to analyze and extract information from documents is an effective solution. For instance, you can use a machine learning model to extract key information from invoices, financial reports and customer emails. You can then combine the technology with your purchase history records and other metadata to analyze documents more efficiently.
Computer vision
Document AI is a machine learning solution for detecting, analyzing and extracting information from documents and other unstructured data sources. It combines multiple machine learning disciplines to perform document recognition, classification and validation tasks. These solutions can help businesses unlock business value from enterprise data.
There are several use cases for Document AI. Some of these include image classification and object detection. Object detection is a good example of an application of computer vision. This technique identifies the location of every item on an image.
Classification technology uses algorithms to classify incoming documents into distinct kinds. These include visual content, text, and other data types. The process can also be used to identify the different components of an image.
Another important task within the document AI pipeline is optical character recognition. This process can be applied to low quality scanned documents, such as handwriting.
Natural language processing
Natural language processing (NLP) is a branch of artificial intelligence that uses machine learning to analyze and process unstructured text data. It is used for a variety of applications such as web search, document summarization, and automated translation.
NLP is particularly useful in the healthcare industry where electronic health record systems store large amounts of unstructured text. Systems can extract key facts and relationships from this information. Some systems can also perform speech recognition and automatic translation.
In the past decade, the field of NLP has made significant progress. Today’s systems use convolutional neural networks and other advanced language modeling techniques to understand human language. However, even the most sophisticated systems make errors.
One of the most common NLP tasks is sentiment analysis. This is done to measure the emotional tone of written messages. The goal is to determine what a user feels about a product, service, brand, or other topic.
Optical character recognition (OCR)
Optical character recognition (OCR) in document AI is one of the key elements of digital transformation. OCR allows for the conversion of physical documents into searchable and editable versions. With the help of this technology, businesses can improve customer satisfaction and employee productivity.
The process of optical character recognition involves a series of steps. First, a physical document is scanned. Next, the content is analyzed. Finally, a searchable PDF file is produced.
An OCR system uses software and hardware to convert a physical document into a picture or script. This process eliminates imperfections. It also increases accessibility.
Optical character recognition in document AI helps to save paper and reduce processing costs. These benefits are why more businesses are adopting this technology.
A good example of an OCR program is the Google image search function. For example, a business card can be scanned and the contents can be indexed.
XtractEdge Platform
The XtractEdge Platform helps enterprises extract business value from documents. It combines advanced Machine Learning and Deep Learning techniques to build a document processing pipeline. By integrating these technologies, XtractEdge provides users with a unified, scalable, and cost-effective solution.
For enterprises, a purpose-built document extraction platform is essential. Documents are a central part of every business process. Yet, the process of extracting information from them is inherently repetitive and inefficient. Using artificial intelligence to automate these processes frees personnel to focus on higher-value work.
XtractEdge’s solutions help enterprises exploit the inherent power of the connected enterprise. They offer a unified and compliant solution, along with a set of features that are unmatched in the AI industry.
With XtractEdge, customers have access to all the tools they need to validate, deduplicate, and analyze their documents. Users can trigger workflows or search for specific documents, and the platform can store structured data.
