In recent years, deep neural networks have shown performance comparable to that of human specialists in various activities. There has been a tremendous increase in AI and deep learning funding in healthcare applications during the last decade. By 2017, AI in medicine has surpassed all other industrial applications in equity financing. Innovations in healthcare technology have significantly improved communication inside healthcare institutions. Medical practitioners may now leverage media such as video, online discussion forums, and real-time meeting capabilities to promote the dissemination of medical information. NLP tools that can comprehend and categorize clinical documents are an everyday use of artificial intelligence in healthcare. NLP systems can analyze unstructured clinical notes on patients, which provides fantastic insight for comprehending quality, enhancing procedures, and achieving improved patient outcomes. Connected health, sometimes referred to as technology-enabled care (TEC), is characterized by integrating health technology, digital media, and mobile devices. It facilitates more straightforward access to data and information for patients, caregivers, and healthcare professionals (HCPs) and improves health and social care quality and results.

Sensitivity cannot be programmed.

Patient treatment is not exclusively scientific. It is art, as well as empathy and feelings. The treatment of patients should not be delegated to machines since they lack emotions, make judgments based on their logic, lack creativity, and are prone to error. Also, it cannot comprehend “first, do no harm.” We tend to place excessive confidence in intelligent technology, either because we were exposed to it in Star Wars, have grown up with it, or believe the hype. AI and robots should always aim to collaborate with people rather than replace them. Technology may aid medical treatment in several ways.

Nonetheless, I feel there is value in individual human interaction and attentiveness. I believe that replacing all healthcare workers with technology would be wrong. Patients would lose the psychological advantage of receiving care and compassion from another person.

Benefits of Applying Automation to Healthcare

However, many argue that automation cannot replace health care workers’ humane, high-quality treatment. This is entirely accurate! However, technology in healthcare will not replace the necessity for human care. The objective is to automate procedures and workflows to make healthcare delivery quicker and more efficient and increase the productivity of healthcare personnel. With automation, physicians and nurses may reach more patients more efficiently, reducing tedious but essential activities such as paperwork. The delivery of quality care to a more significant population will be improved through automating health care. Automation improves patient outcomes by supporting technology breakthroughs and enhancing the efficiency and effectiveness of procedures. Sending patients text messages to remind them of impending appointments is a prevalent example of healthcare automation in use today. Automation may also alert doctors of known medication contraindications and interactions by querying a database.

Final Word As a final observation

Utilizing automated equipment in a production facility incurs substantial, fixed operating expenses. Depending on the manufacturing facility, the transformation might range from hundreds to millions of dollars. Vista-Industrial notes that this sunk investment may not be worthwhile if your factory is tiny with low production volumes. However, a giant plant with many workers on the production floor would undoubtedly make a stronger argument for automation. Automation in the industrial sector has just lately become widespread. Several unanticipated or unknown expenses are associated with new technologies—upkeep, maintenance, monitoring, education, etc.