Annotated Bibliography Essay

Wearable technology mainly identifies the incorporation of technology in regular accessories that will impart greater easiness in boring activities. In the past days, the Wearable technology has been centered at the wrist, but just lately conversation has broadened to your clothes (Yahoo/Levi's Project Jacquard) and footwear like the Nike E.A.R.L. The near future is enjoyable and filled up with possibilities. There were considerable advances in neuroscientific wearable technology. Many breakthroughs have been made that have made our day-to-day life easier. Anyone who's acquainted with the fashion tech knows the new smartwatches which were released. This technology is designed to provide us faster usage of our technology, in that way saving commitment.

Wearable antennas are finding increasing use in military uniforms [25] as radio operators are easily identified by their protruding antennas and can be targeted by the enemy. In addition, the antennas can be easily broken by trees and bushes which prohibit their mobility. To overcome this problem different wearable antenna designs seamlessly integrated into soldier uniform have been proposed [10, 14, 26-28]. As any conducting structure can radiate if designed properly some researchers proposed to use the metal button of jackets and belts as antennas [29-31]. The first U shaped patch antenna design was successfully implemented for wearable applications using copper tape and fleece fabric [18].

This thesis revolves around defining wearable health tracking devices by adding an ac{WAB} that is able to transform the current wearable health tracking device from passive monitoring to active treatment assist device. This framework has been designed by combining the recent advancement of biomechanical, materials, electrical and telecommunication engineering, and industrial design technology. It is capable of not only collecting, storing, and monitoring raw and synthesised data as like as the current wearable healthcare devices do, but it also provides autonomous reconfiguration, controlling treatment processes by using data to provide intelligent local and remote feedback with decision making. Applications are relieved from clinical protocols of fracture and wound healing, post-operative pressure-assisted rehabilitations, remote patient monitoring and clinical intervention, sports monitoring in e.g., elite athletes in injury prevention, and data management for epistemology on the peculiarities of gender, race and age in these processes across the world.

Over the years, UA ARMOUR39 ( a compression shirt fitted with electronic touchpoints, retrieving natural biometric signals to a tiny device implanted in the shirt, which allows the wearer to access the data transmitted to a computer to access), UA Scent Control (claiming to be designed so that wearers scent cannot be detected), and Coldblack ( fabric designed to reflect heat, keeping athletes cool in the sun) alone has revolutionized how athletes train and perform. Not only can they train harder and for longer periods of time, they can track and improve their

Designed to be used when one is “on the move”, and it is temporarily independent of an External electric power supply. They are usually characterized by their Portability, Easy to pack and move and they are wearable. They may include; Personal digital assistant, Enterprise digital assistant, Wearable computer, Smartphone, Laptops, Calculators and eBook readers.

Technology in the area of health related data sensing is making some incredible advancements. Many people utilize wearables in their daily lives. For instance, Jawbone Fitness Trackers are gaining popularity. “This is an instrument that people wear on their wrists and the device connects via Bluetooth to the user’s smartphone. Depending on the model of Jawbone, the device has the ability to track a user’s activity levels, workouts, sleep, heart rate, etc. The device provides information and even suggestions to the user to encourage a healthier lifestyle” (“Jawbone”). Sensor driven technologies have also infiltrated sports. “The Reebok Checklight is a head covering equipped with sensors to detect when an athlete has taken a dangerous blow

Similarly there are abundant portable electronic units available today which meets the diagnostic requirement of the patient. When such units are incorporated together it leads to the development of a smart suit embedded suitable for the medical applications.

Moving on to Jawbone’s expansion to the wearable technology industry, Jawbone manage to play to their strengths. They used their competitive advantage with DARPA, allowing themselves to distribute a suitable number of units necessary to land them a decently sized share in the market. However, entering a new market meant there were a lot of challenges and problems Jawbone had to face.

Abstract— The healthcare monitoring applications of wireless sensor networks may require the properties of unobtrusiveness and continuity. The continuous tracking of the health state would address the challenges of caregiving for the elderly and performance checking for athletes during training. The application must be sufficiently unobtrusive to minimize its interference with the user’s daily task or training regimen. A team of research engineers developed a wearable health monitoring system that satisfies the challenges described above. The system tracks the heart rate, physical motion, and blood oxygen levels in real time while the user is moving. Despite these advantages, the system confronts additional technical difficulties. For the continuous monitoring to be possible, the system must be energy efficient. It must also be highly secure to deter unauthorized access to the user’s health information. By addressing these additional challenges, the prospect of timely healthcare monitoring using wireless sensor networks would be closer to commercial reality.

Wireless network of wearable computing devices is known as Body Area Network (BAN),/ Wireless Body Area Network (WBAN) / Body Sensor Network (BSN).WBAN is a wireless network which is used in wearable computing devices[1]. It can be either embedded inside the body or can be surface mounted on fixed position wearable technology. One can carry theses such devices along with them like in bags, in pockets, By hand etc. A network consists of several miniaturized Body -Sensor Units together with a single Body Central Unit because of the trend in miniaturization of devices.[2] The Smart devices like pad or tabs which are larger in size still plays an important role as data hub, data gateways and provides a GUI to view and manage BAN applications in the appropriate position.

It is undeniable that over the past few decades, smart technology has been improving lives of souls and also raises the communication between companies and its employees and also with individuals outside of the establishments. Consequently, there’s has been made numerous with the aim of discovering the pros and cons related with of smart technology.

The use of suitable body sensors allows the collection of the parameters on-board. Other sensors need an external connection to a base station that saves the acquired data. Monitoring and processing this data by body sensors may be performed either in real-time or in off-line modes. The real-time mode needs the use of a device being always connected to a BSN. The widespread use of mobile devices (with increasing computational power) leads into the enlargement of the frontiers in the application of these platforms for non- standard tasks.

Abstract- This article will be talking about how technology started to be wearable, how it affects our lives. The usage, advantages and disadvantages of 20 different wearable devices. An expectation about wearable technology future.

Lately, there has been a multiplication of shopper wellbeing checking gadgets. A decent parcel of these gadgets have been created for the games molding and weight administration territories. There are refined watches accessible today that give continuous heart rate data and let clients store and examine their information on their home Pcs. Body-media has created an armband that has different sensors (galvanic skin reaction, skin and close body temperature, two-hub accelerometer and hotness flux) to persistently gather physiological information

Various internet applications are available in market. Wearable’s is the application where we can wear it on body. It connects via phone, Bluetooth, Wi-Fi, and laptop. It is best for smartphone peripherals, instant UI usage, nearby things. Wearable is used directly on body, tracks the information. And related to security and identification. Fit bit is the wrest bracelet provides indication of location of thing where we left. It related to health and fitness it provides biometric measurement such as heart rate, oxygen levels, blood pressure. It also gives the information about how many calories burned, steps climbed, and walking distance. We can connect wrest band with other things it can maintain your room temperature and car temperature.