Wireless communication (or just wireless, when the context allows) is the transfer of information (telecommunication) between two or more points without the use of an electrical conductor, optical fiber or other continuous guided medium for the transfer.
This wireless technology allows Bluetooth-enabled devices to communicate with one another. It connects desktop and laptop computers, PDAs (such as the Palm Pilot or Handspring Visor), digital cameras, scanners, cellular phones, and printers over short distances.
The 4G "era" has to ensure really break-through technologies in order to persuade for its necessity and to gain its share in the world communication market. This paper deals with the fourth generation (4G) of wireless communication networks.
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Wireless IoT communication technology, with its advantages of convenience, flexibility, low power consumption, wide compatibility and interoperability, high security, and rich application scenarios, has become the preferred communication technology for smart homes.
Sven Mattisson saw the solution for wireless communication in chip technology. Wireless networks similar to Wi-Fi already existed, but the technology was too expensive, too bulky and consumed too much power to be built into a mobile phone.
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Wireless technology will also enable smart and energy-efficient homes and buildings, automated highways and skyways, and in-body networks for monitoring, analysis, and treatment of medical conditions.
The communications networks that connect these devices are loosely termed wireless technologies. They enable mobile devices to share voice, data and applications (mobile apps). Mobile technology is pervasive and growing.
Wireless communications are central to enterprise networks. This comprehensive guide explains how key wireless features evolved, how it's used in different types of networks, the benefits and challenges of the technology and where the wireless industry is headed.
