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The impact of ambient intelligence is quite profound in the healthcare industry. The technology basically started out as a concept by major tech companies. The technology is basically a combination of artificial intelligence and the Internet of Things. Due to the emergence of ambient intelligence, the world is witnessing an influx of developments in AI devices like Siri, robotics, sensors, and others. The combination of IoT sensors, sensor networks, and human-machine interaction can be interpreted and analyzed as per user expectations. The application of ambient intelligence in healthcare has proven to be extremely helpful. Ambient intelligence trends in the healthcare arena directly depict contactless sensors. The future of ambient intelligence in healthcare is bright, fully autonomous ambient devices comprise a host of physical sensors to monitor a patient in an ICU. Once paired with AI, these devices can open new doors for the healthcare industry. Here, we have enlisted the top ambient intelligence trends in 2023 that will redefine the healthcare industry.
It is quite common knowledge that a hospital only has a limited number of doctors and nurses who can conduct health tests and diagnostics for patients. So, if there are great amounts of people visiting a hospital, the patients generally have to wait for their turn, outside the physicians' office. However, the integration of ambient intelligence tools in hospitals can automate patient preliminary tests, reducing waiting time for them.
Those who are critically ill are only admitted to the Intensive Care Unit of a hospital. In case their health deteriorates, hospital authorities need to take adequate emergency measures to keep them alive. Ambient intelligence trends in healthcare would involve the use of IoT-based tools such as temperature humidity sensors, blood pressure sensors, and others, automating emergency care support and helping healthcare practitioners focus on more crucial matters.
Wireless sensors in an ambient intelligence network enable hospitals to continuously and discretely monitor the blood sugar levels in a person's body. Patients are made to wear bio-compatible wearable devices for this purpose. Additionally, sensors are implanted in a patient's body to identify the glucose level in their blood. The data collected is then transmitted by the implant to a telemeter that receives the information before sending it to doctors and patients.
In countries with a higher population of senior citizens, through Ambient Assisted Living (AAL) technology, ambient intelligence helps the elderly by remotely monitoring their health and enables them to have independent living. Overall, employing this technology will enrich patient experience, physician satisfaction, and quality of care. To make senior citizens independent, most countries will be looking forward to integrating AAL in the coming years.
A combination of electronic sensors and artificial intelligence could be installed in hospital rooms and elder care homes to help medical professionals monitor and treat patients more effectively. These technologies can make infrared devices much more accessible and easy to use for patient mobilization in intensive care units, and automate surgical tool counts to prevent objects from being accidentally left in a patient.
Medical institutions are encompassing all forms of ambient devices for intelligent living. The industry will continue to innovate and automate all medical processes, the faster researchers develop these technologies, the more healthcare practitioners will be able to connect and build relationships with advanced technologies.
For ambient intelligence to become a welcoming technology in the healthcare industry, researchers must ensure data privacy and model transparency. One of the most critical privacy-preserving techniques is to re-identify data by removing the identities of individuals. The implementation of ambient intelligence needs the cooperation of healthcare professionals, researchers, and computer scientists through law and ethics, hence, developing trustworthy systems is critical.
Monitoring behavioral signs in patients is quite important and ambient intelligence can easily predict and prevent medical emergencies. Behavioral monitoring is also monumental in postoperative care, increasing patient mobility and reducing time to recovery. Using these ambient tools can show how much the patient has been moving in the entire day, motivate them to increase their mobility, and allow them to recover faster.
Not only do ambient intelligence systems make hospitals safer, but they also make healthcare more affordable by allowing staff to care for patients as freely and conveniently as possible. It will definitely enhance patient care, increase provider satisfaction, and lower healthcare and treatment costs.
With regard to daily living spaces, ambient technology may help to expand the independence of older adults. The integration of this technology will definitely open a myriad of new opportunities for healthcare practitioners. Issues around privacy and data protection should definitely be looked after before medical use, however, ethics and law are surely developing over the past couple of years for AI and all other technologies.
