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Smart phones

A growing issue with cyberlife and smart phone usage relates to geolocation tools such as Facebook Places. These services have become very popular apps, especially in the social networking environment. The apps allow users to check in at locations (e.g., neighborhood businesses) via their mobile phone. Their location is then sent to their friends, in many cases with a map showing their exact location. [Pg.84]

This section has attempted to provide an understanding of cyber use by staff, discussing both its positive attributes and consequent risks. Providing a technology-secure environment is a very broad topic and includes many aspects of staff life. It is also obvious that technology will continue to play a large part in organizational environments and in the lives of staff members. Therefore, security [Pg.84]


Smart textiles are also available as consumer sportswear, which can monitor parameters such as heart rate and running statistics linking wirelessly to electronic devices such as iPhones, as with the Nike + products or smart phone android apps, as with the Adidas miCoach system. [Pg.230]

We believe that the next generation of tablets, smart phones and other portable electronic devices will contain integrated gas sensors and, thus, CMOS gas sensors will find their way into everyday use in the next five years. As about 600 million smart phones are expected to be sold in 2013 alone, this is an exciting prospect for sensor manufacturers. [Pg.507]

High-performance displays such as large-size TVs, tablet PCs, and smart phones usually have more demanding requirements for viewing angle and contrast and, as a result, require special inplane [/ ij and out-of-plane retardations for optical films, as shown in Table 9.1 [9] ... [Pg.342]

Stretchability has been perceived as a useful characteristic of next-generation electronics. Unlike conventional devices, stretchable electronics can adapt arbitrary and movable surfaces, thus extending their applications in smart-phones and wearable electronic textiles (Kim et al, 2010 Yu et al., 2011a). The largest challenge of stretchable PLECs resides in transparent electrode that requires to be highly conductive and stretchable. ITO is a... [Pg.274]

The current age of digitalisation is in favour of sensorised garments. Other than smart phones and digital exercising games, social media could be an interesting... [Pg.191]

Using a device capable of performing multiple functions (fleet management systems, dispatching devices, smart phones, citizens band radios, music players, etc.) for a purpose that is not otherwise prohibited in Part 392. [Pg.200]

Use your smart phone to scan this code or visit youtube.com/user/3MHealthSafety to watch a video of Joseph sharing his views on health and safety. [Pg.52]

There is a proof of delivery signed by each customer after receiving the products, using a handheld or smart phone. Information is sent to the company s control center after delivery and is used to validate deliver operation. [Pg.135]

THE TOUCH SCREEN OF A SMART PHONE contains materials that are electrically connected to a power source and emit light. Each pixel shown here contains light-emitting diodes (LEDs), which are made of materials that produce specific colors of light in response to an applied volt. Each pixel must switch on or off in less than a millisecond in response to touch. Devices such as this would not be possible without advanced solid-state and polymer materials. [Pg.480]

Last week, shortly after we developed computers and landed the first man on the moon, we learnt how to clone DNA and engineer the genetic blueprint of any living cell. Only yesterday, a worldwide Internet - supported by search engines - allowed us to explore terabytes of information at the touch of a button on our newly developed laptop computers, wireless hand-held devices and smart phones. Thanks to these devices, irrigation of vineyards and the operation of large, complex wineries can now be controlled remotely by sophisticated computer networks, artificial intelligence and robotics. [Pg.202]

This discussion mainly refers to capabilities for small business computers. With the rapid changes in computer technologies, it is difficult to cover all levels of devices and applications. For example, with the introduction of laptop computers, tablets, and smart phones, the variations in software and applications have also expanded rapidly. [Pg.550]

CBT systems support a wide range of delivery media, including personal computers, laptops, tablets, and smart phones. The products work in computer systems and Internet-based systems. Presentation software manages lesson presentations. Presentation software can also time and score smdent progress and record completion of each lesson to help manage training. [Pg.553]

Use your smart phone to scan this QR code and instantly watch the video. Learn more about the brand new WorkHealthy line of motivationa products from Accuform Signs,... [Pg.7]

A final example is the production of a very popular smart phone. According to the Asian Development Bank, five countries were involv in manufacturing 14 key parts and the final assembly. Germany made six parts (e.g., camera modules, GPS receiver), Korea made the application processor. United States made three parts (e.g., memory chip, Bluetooth) and Japan made four parts (e.g., display module, flash memory, touch screen). The final assembly of the smart phone was done in China ... [Pg.452]

Small consumer-electronics devices such as cell phones, bluetooth wireless headset, music (MP3) players, etc. often utilize only a single series Li-ion cell to provide power to these devices. Although the capacity and size of the battery may vary, these are generally smaller cells ranging from a few 100 mAh for a headset to 3000 mAh for a larger smart-phone. [Pg.372]

Mobile phones/smart phones are essential personal items and additional accessories such as iPods, Tablets and Kindles, etc are commonplace. [Pg.221]

V. Chandrasekaran, R. Dantu, S. Jormada et al, "Cuffless differential blood pressure estimation using smart phones," IEEE Transactions on Biomedical Engineering, vol. 60, no. 4, pp. 1080-1089,2013. [Pg.159]

Comstock, J., 2012, "Scanadu unveils smartphone-enabled home diagnostics." mobileHealth-News. Accessed March 24, 2014. http //mobihealthnews.com/19288/scanadu-unveils-smart phone-enabled-home-diagnostics/. [Pg.415]


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See also in sourсe #XX -- [ Pg.403 , Pg.426 , Pg.983 ]

See also in sourсe #XX -- [ Pg.245 ]




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Phones

Smart/mobile phone

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