The Internet Of Things For Healthcare

This paper gives a clear understanding on the current state of art on the IoT. The primary idea of the IoT concept is the pervasive existence around us of a wide range of things such as Radio-Frequency Identification (RFID) tags, actuators, sensors, mobile phones, etc. These are able to communicate with each other and collaborate with their neighbors to reach collective goals through distinctive addressing scheme.

GPS, drones, spying, and nuclear war are all capabilities of the everyday items around us. These “normal” devices such as an iPhone or computer are all part of an enormous web infrastructure called the internet of things (IOT). The internet of things is a link between the online world and the physical world through connected devices which can achieve physical accomplishments such as taking a pulse. The Internet of things was said to have been discovered in 1999 during a presentation at Procter and Gamble. When Business moguls were trying to find a way to make the internet profitable, they manufactured the term internet of things. Ironically, IOT tracked its usage of term online through “Google Trends”. According to Google, since 2004 IOT was

Internet of Things (IoT) are devices that can collect and share data with no human interactions. IoT are machines that connect to other machines. Examples of IoT’s are fitness trackers that report to a smart phone, smart vacuum cleaners that are self- propelled, and Apps for your smart phone that can adjust lighting, temperature or security features at your house when you are away.

The sudden growth in IT investment is linked with the growth of IOT and therefore naturally an era of increased investment comes with increased business opportunities. The following section describes some of the applications of the internet of things and the opportunities in which they will bring.

2. 5. The concept of the Internet of Things first became popular in 1999, through the Auto-ID Center at MIT and related market-analysis publications. R Radio-frequency identification (RFID) was seen as a prerequisite for the IoT at that point. If all objects and people in daily life were equipped with identifiers, computers could manage and inventory them. Besides using RFID, the tagging of things may be achieved through such technologies as near field communication,

The Internet of Things is a complex, innovative system rooted in the idea of connectivity. Individual artifacts that transmit data and information amongst each other ensure a smooth and coherent experience based off their ability to communicate through internet connection, sharing the same network to create incomparable efficiency and convenience. The Internet of Things is constantly developing to work in new areas and scenarios, further securing its essentiality in the domain of the technological future

IoT has been a hot topic in recent times as it allows virtually endless opportunities and connection to take place, many of which we can’t even begin to fully comprehend. So it makes sense that businesses try and use these great technological advancements to their advantage.

Internet of things, commonly referred to as IOT is creating a spider web of network anywhere and everywhere. Think about the potentiality of common things like your bed, TV, shelf or even the rigid walls of your house being connected to a smart network that works to keep everything aligned. In 2008, there were already more "things" connected to the Internet than people. By 2020, the amount of Internet-connected things will reach 50 billion. ( Cmo.com ; http://www.cmo.com/articles/2015/4/13/mind-blowing-stats-internet-of-things-iot.html ) Sounds futuristic!

Eliasson et al., (2015) states that ‘Small embedded systems equipped with a combination of sensors and/or actuators, as well as with networking capabilities, are the core building blocks of an Internet of Things’.

One misconception is that IoT is a one monolithic THING, but in fact is more like a phenomena there is no simple explanation for all the technologies involved in the movement. What we all understand are the real-life applications: Smart City, Connected Cars, Lightning, Fleet Management and all the use cases in Industrial IoT.

The Internet of Things (IoT) is the network of the physical objects containing embedded systems which connects and communicate with each other internally or externally through sensors. According to David Ahrens, it is the “network of interconnected sensor-equipped electronic devices that collect data, communicate with each other, and can be monitored or controlled remotely over the Internet” (Ahrens, 2014). The main goal of its development is to connect the physical world and the environment to the Internet or wireless networks which would allow making objects, machines and work environments interactive without any human intervention which would result in improved efficiency and economic benefits. The word “Things” in IOT includes biochip transponders, electric clams, automobiles, electronic appliances etc. These devices collect the data individually with the existing technology and then share the data autonomously between each other through the internet protocol. It includes different technology infrastructure, devices and services such as the cloud, computing, data analytics and mobile communications. It is more about the disruptive business models than technology. It is a trend through which the physical world is becoming a big information system through the embedded system used in the devices over the wireless networks. The IoT is without a doubt an increasing trend that takes the advancement of interconnectivity to a level which was once just

According to Cisco Internet Business Solutions Group (IBSG), the IoT was born somewhere in between 2008 and 2009 at simply the point in time when more “things or objects” were connected to the Internet than people.

An Internet of Things (IoT) system connects the physical world into Internet via radio frequency identification (RFID) tags, sensors, and mobile devices. IoT is an intelligent collaboration of tiny sensors and devices giving new challenges to the end to end communication of things.

The execution of IoT for practical use is possible through the use of several enabling technologies. For this well-organized functioning of smart sensors and microcontroller components with certain capabilities is needed. That device should have low power operation, integrated precision-analog capabilities, and GUI’s. Other than that the device should be small and extended battery life to increase its usability, should offer high accuracy at the relatively cheaper rate (Ullah, Shah, & Zhang, 2016).

Automation is nowadays playing a very massive part nowadays for many manufacturing and packaging and various industries. It also plays anvery integral part in many process of pharmaceutical and related industries. Also, IoT used in big chemicals plants, many different processes are being taken place in sections. So, to keep a record of certain parameters of the chemicals, sensors which can measure the temperature, pressure, various ph value, etc. But, due to the, large distance and the considerable amounts of processes being undertaken day by day, maintaining the record of each and every processes individually areimpracticals. So, a network is created in which there are connected to all the