Some may associate Artificial Intelligence (AI) with robots that can take over human jobs and even become smart enough to outwit us, while in reality many AI systems in widespread use today can only handle certain tasks such as IBM Watson winning at Jeopardy or producing software code generated using natural language inputs. But Narrow AI refers to AI systems which specialize in narrow tasks – such as winning at Jeopardy or producing software code from natural language inputs like IBM Watson does.
Machine Learning
With business looking for new opportunities and innovation at an unprecedented rate, artificial intelligence (AI) and automation has quickly become a focal point. While some may fear what effect AI could have on their workforce, when used appropriately it can provide opportunities to reduce costs while increasing efficiency.
Machine learning is a branch of artificial intelligence (AI) which uses patterns and past events to predict future ones. Machine learning applications include chatbots that mimic human conversations or image recognition software capable of recognizing objects within pictures.
Conversely, other forms of AI attempt to mimic human functions more generally, like IBM’s Deep Blue chess program. This type of AI can be found in devices like personal assistants or virtual reality systems; additionally, it can also be applied to more complex tasks like interpreting data or making business decisions; helping reduce labor market impacts associated with AI-enabled automation while freeing workers up for more valuable work.
Natural Language Processing
Natural language processing (NLP) is an artificial intelligence subfield used by computers to understand human communication such as speech and text, from search engines to customer support chatbots. NLP plays an indispensable role in modern day products and services such as search engines or customer support chatbots.
NLP tools can also help companies use qualitative data gleaned from online surveys, product reviews and social media posts to make better business decisions. Sometimes known as Conversational AI tools, these can create virtual assistants such as Amazon Alexa or Apple Siri that assist business operations.
Intelligent automation streamlines back-office tasks and helps organizations produce consistent, quality results. For example, intelligent automation can reduce risks by assuring compliance with industry or statutory requirements or statutes; reduce production times while simultaneously increasing profitability; better forecast production needs by analyzing demand patterns; or aid with employee-related processes, such as time off request management or payroll administration.
Deep Learning
Deep learning models differ from traditional automation tools in that they can be taught to recognize patterns in data and perform sophisticated tasks such as recognizing objects in photographs or comprehending speech and text.
Intelligent automation (IA) has become an increasingly popular strategy among businesses to streamline and enhance business processes, saving both money and improving accuracy. A company may use IA to reduce processing times for customer inquiries or ensure compliance with industry regulations.
IA allows human workers to focus on higher-value tasks that require creativity and problem-solving abilities, and helps companies scale operations up or down quickly without impacting quality. Furthermore, it reduces operational costs by eliminating the need to hire or train new employees; making IA an ideal solution for companies with limited resources.
Robotic Process Automation
Many businesses utilizing AI automation to speed up existing processes may end up eliminating jobs; however, more often than not they just change.
Business leaders can use RPA to automate repetitive tasks and free up employees for other work by writing scripts that mimic the behavior of one software application to automate tedious, time-consuming processes such as moving data between systems or creating and deleting user accounts or copying information between applications.
RPA differs from AI in that it relies on predefined routines created by software engineers or robotics experts to interpret data, making it ideal for automating business processes from beginning to end while meeting compliance standards. Plus, it integrates seamlessly with legacy systems and scales easily – perfect for high-risk processes that rely on accuracy while helping reduce operational risks while improving customer-facing results.
