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Introduction.
Business owners are always looking for ways to keep processes efficient and effective. Technology is advancing at a pace and it is the innovation it brings that is making a difference to the strategic objectives that are required by a business. Automation is pivotal to achieving t
Automation has evolved over time, and it’s no longer limited to just basic computing and manufacturing processes. Several new technologies have been introduced that help organisations achieve better results with automation. The latest addition in this list is semantic AI technology, which is used within automation systems today. Read on to learn about what semantic AI technology is and its impact on automation adoption by businesses around the world.
Semantic AI technology is a new trend in the field of artificial intelligence. It deals with applying natural language processing (NLP) and deep learning technologies to unstructured data to understand its meaning so that it can be used for automation and advanced decision-making. This enhances the process of automation by providing insights into the context, structure, and semantics of data.
It is now something that cannot be ignored.
So where is the link between Semantics Technology and Business Process Automation?
The ultimate goal of Business Process Automation (BPA) is to increase the efficiency and effectiveness of a business process by reducing manual intervention, improving output quality, increasing control and predictability, reducing costs, increasing flexibility and much more. Semantics plays an important role in automating many kinds of business processes that are content-intensive and document-driven even further.
Semantics is described as the root meaning of text within any given document or speech. A complex document such as a contract will be open to misinterpretation where the meaning could be obfuscated within layers of overlapping clauses. Misinterpretation could be costly. This is where semantics comes in. The meaning and how it relates to the client are at stake. Usually, only the client can interpret the true essence within a contractual term – but only if they have the facts (and meanings) clearly laid out in front of them, and this can take a considerable amount of time, cost and effort.
The considerable volume of documents created in some industries demands sophisticated tools. Document research and management systems are now using strategies based on machine learning to classify, filter and extract context-based content. These systems help users identify relevant structured portions of text semi-automatically – such as contract clauses. However, while knowledge management systems can deliver automated detection of matching text sections, they often fail to identify meaning – or the change of purpose.
The application of artificial intelligence (AI) to the problem of identifying and comparing semantic meaning is here. Companies such as thingsTHINKING from Karlsruhe have developed technologies that can already identify and compare semantic meanings within complex documentation. Their semantha® platform delivers fully automated semantic processing for legal, contractual, requirements and complex documents. It can be applied to many use cases such as CV matching, NDA analysis, contract review, contract renewals, international contract translation, tender analysis, knowledge management and much more. Users can upload multiple documents to an interface for analysis. These documents can be in different formats (Word or PDF) and various languages. The user can then run a comparison or search against the records to find and identify matching sections of text that imply similar (or the same) meaning. It makes these comparisons and identifies matches in semantic meaning despite different wording and terms in each document. Just as importantly, the semantha® platform quickly identifies if a close match is not available between documents – helping users to discover if an expected intention in meaning is missing from within a document.
For many organisations it is not enough that your platform can quickly identify the presence of an expected item of text with specific meaning. We might already know that a phrase or clause is essential – and it is significant that the platform identifies the presence of this phrase – but what about a client’s specific viewpoint of that phrase? For example, a clause specified within a document may stipulate a penalty. Our client might believe that this penalty is unacceptable – and we need the AI to help us identify and highlight the inclusion of this unacceptable condition. In this case, the user needs to be able to identify a particular phrase is ‘Bad’. In addition, the user can apply a ‘Good’ phrase – so anytime your solution finds an item of text similar to the ‘Bad’ phrase, it will suggest or use the ‘Good’ alternative.
By applying your alternative phrases to a document, your solution will learn the user’s viewpoint and apply these learnings to any records available to the platform.
So far, we have talked about comparing, searching, analysing of documents and how AI driven semantics can save you time and, in some cases, up to a 40% reduction of the time you take with manual review. Also, we have discussed some other must haves within the solution.
What are other things you need to think about? We have already talked about how documents can be in different formats. Other things we think you need to consider:
This is an exciting time for AI driven semantics. As we move toward a more automated future with smarter solutions, we can expect to see more and more use cases for semantic comparison and analysis. As we have seen there are already solutions we have talked about that are driving this agenda with their “plug and play” type approach.
As organisations become more confident in the accuracy of AI driven semantics platform, they can rely increasingly on automation and AI to deliver accurate results far more quickly.
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