Artificial Intelligence is Improving and Enhancing the Intelligence of Automation

Artificial Intelligence is Improving and Enhancing the Intelligence of Automation
Artificial Intelligence is Improving and Enhancing the Intelligence of Automation

Since their launch late last year, new generative artificial intelligence (AI) chatbots like ChatGPT and Bard have attracted millions of users due to their capacity to participate in human-like discussions. It represents a significant leap in artificial intelligence systems, notably in natural language processing.

These chatbots have brought AI discussions into the mainstream. However, they have revolutionized the way humans interact with AI, showcasing its amazing potential.

The unlimited possibilities should drive one to think long and hard about how business is embracing AI, because how well organizations employ it will distinguish them.

I’m not only referring to huge language models like these chatbots. Artificial intelligence (AI) and machine learning (ML) automate tedious jobs, simplifying operations, and personalizing client experiences. It is and will boost the pace and productivity of innovation in firms that have or will implement them.¬†

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The performance of AI models, like that of these new chatbots, is determined on the quality of the data into which they are fed. It’s not just a matter of volume. The data must also be correct, consistent, and relevant. Organizations may show the integrity and trustworthiness of their AI applications when models are trained on transparent and well-documented data sources. Understanding the origin, quality, and processing of data aids in the development of trust among users and stakeholders.

The data that underpins AI in many industrial applications originates from a sensory engine. Sensors bridge the gap between the physical world and AI models. Sensors provide machines with the ability to gather essential information about their environment and operation, much as human eyes and ears allow us to perceive and understand the world around us. The information they collect can then be analyzed and used to make sound judgments.

Just as AI has gotten better at sounding human, it has also gotten better at working in complicated, chaotic contexts like distribution centers and factory floors. Automation has been employed in these situations for many years, but it was limited to simple rule-based systems that followed predefined processes or executed specified instructions.

AI advances robotics and automation to new heights. Machine learning algorithms allow robots to learn, improve their performance via experience, and adapt to changing environments and operational limitations. AI-powered perception systems allow robots to understand visual and sensory data, allowing them to perform object recognition, navigation, and pick-and-place tasks. Natural language processing increases human-robot interaction by allowing robots to interpret human commands.

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AI and robotics are revolutionizing a wide range of sectors.

  • Automated storage and retrieval systems in warehouses provide more efficient use of floor space, higher order-picking accuracy, and less labor limitations due to labor shortages and re-training.
  • Robots employ computer vision algorithms and machine learning to automate the relatively laborious operation of unloading and loading freight; in certain circumstances, robotics has reduced the time required to unload a 53-foot trailer from eight hours to less than 90 minutes.
  • AI-powered systems in facilities collect and analyze data from sensors, machinery, and equipment to predict maintenance needs and prevent breakdowns. By studying trends, detecting abnormalities, and forecasting prospective issues, businesses can shift from old maintenance tactics of “react and respond,” to a new paradigm of “analyze and predict.”
  • Remote patient monitoring systems in healthcare use sensors to capture real-time data such as vital signs. To avoid overburdening providers with information, AI and ML are utilized to help indicate what is immediately actionable and inform decision making.
  • A doctor who would traditionally treat 10-15 hospitalized patients may suddenly receive data from hundreds or even thousands of patients at the same time using this new continuous monitoring and data sharing strategy. This is where AI and ML come into play, combing through the data and identifying only the information that requires a physician judgement.

These are just a few examples of applications. AI’s capabilities will further grow in the next years, revealing apparently unlimited ways to leverage the technology. I’m excited about the next ten years. It’s time to jump aboard.

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