Brief Notes on AI and Process Introspection

Brief Notes on AI and Process Introspection. All AI researchers and developers are reproducing their so-called personal mind theories (PMT) in software artifacts..

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IoT will bring a revolutionary change in emergency care

he overall market of IoT healthcare is expected to reach $534.5.3 billion by the year 2025, with the compound annual growth rate increasing by 29.6% in the next five years. These numbers are expected to be much higher now, considering the global pandemic we are facing, and trying to tackle collectively.

The most significant benefit of IoT medical gadgets is that they make it easier for health professionals to do their jobs, by providing them with essential and accurate information. On the outset, it might appear that IoT in medical services offers ordinary results. However, these services have the potential to improve patient outcomes significantly while at the same time easing the burden of physical presence, on health practitioners.

Using intelligent health solutions can make things easier for all parties concerned. Let us elaborate a bit more on this.

With intelligent cloud solutions, patients can get more control over their health. The rate of readmissions would be reduced as the relationship with their healthcare providers will be managed remotely.

Physicians can ensure that patient care is efficiently coordinated. They can share patient insights, thereby ensuring that patient care is enhanced. Furthermore, IoT for physicians can also improve compliance as timely communication will be guaranteed. Thus, there would be fewer chances of the patient suffering because he was unable to access the physician on time.

The physicians can also use IoT medical services to tailor treatments and provide the patient with personalized care by ensuring remote monitoring.

IoT can do a world of good for the hospitals. Operational costs can be reduced significantly. Furthermore, the outcomes can be improved as patterns and trends will become more apparent. Data systems will be connected, and thus healthcare delivery will be enhanced. The chances of errors going undetected will decrease.

Health insurance companies need to keep tabs on the data of the patient so that they can deal with claims effectively. IoT will make this organization of data feasible and thus reduce the incidences of having to fight claims unnecessarily.

The thing about IoT medical services is that it can benefit all involved parties, whether it is the patient, hospital, or the pharmaceutical industry. For instance, counterfeit drugs are a threat to health. IoT solutions can be used to combat these challenges effectively.

Lives can be saved during medical emergencies with the help of real-time monitoring that connected devices can offer. A smart device can be connected to an app, and the connected devices can then collect required health data, transferring it to a physician, thereby ensuring that patients receive timely care.

The data that can be collected and transferred via devices include blood sugar levels, blood pressure, saturation level, and weight, among other things.

Patient care workflow can be automated via the right IoT solution. Information exchange, along with data movement, will be enhanced, which can bring down the costs as the patient would not have to make unnecessary visits to the hospital. Therefore, resources would be utilized in a better manner.

Life-threatening emergencies require timely action. An on-time alert can save lives. Vital data can be transferred to the doctors via real-time monitoring, regardless of time and place. Thus, the right decisions can be taken on time.

While IoT is indeed highly beneficial for the healthcare industry, there are some challenges that warrant attention as well.

Perhaps the biggest issue that needs to be dealt with when it comes to IoT is data security. IoT is used for transmission of data. When the protocols or standards of data security are not followed, there is a risk of the information falling into the wrong hands. Personal health information can then be compromised as cybercriminals can use the data of patients to purchase drugs and equipment.

It might be tricky to integrate numerous devices at the same time, causing a hindrance in healthcare. There might be a difference in the communication protocol of various devices, which can slow down the process.

Data aggregation can be a challenging feat due to varying protocols and standards in different devices. The huge amount of data can be difficult to sort through got a healthcare professional, and thus the quality of decision making can be affected.

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