For example, traffics for wireless data communications have increased by 5000% over the past three years in AT&T networks[1].
For example, networks used for wireless building automation or industry monitoring used both resource-constrained embedded devices and high-end controller PCs.
Wireless medical devices have made the world a lot smaller for those with chronic illnesses – for example, wireless blood glucose monitors and pacemakers allow doctors to remotely monitor their patients.
For example, wireless communications supporting smart connected cars for road safety, remote monitoring, and real-time control must satisfy very stringent delay and reliability constraints.
For low-power devices woven in, like for example wireless transceiver that only needs to send out a burst every few minutes, this trickle of power would be more than enough.
For example, Verizon Wireless did not pay for some, if not most of the wires to the cell towers used by Verizon Wireless, but dumped the expenses in the state utility construction budgets, helping to create the losses.
The FCC can fix this situation first by prohibiting a broadband access provider from blocking any lawful application, service, content or device and then can provide either a technological (for example, 4G wireless) or time-limited (for example, one year) glide path to full non-discrimination.
For example, wireless data – predominantly text messaging – constituted 23percentt of Verizon Wireless revenue in the first quarter, up from some 17.5percentt in the period a year earlier, Mr. Moffett said.
For example, wireless providers like AT&T and Sprint are looking into applications that would use drivers' GPS smartphones to monitor traffic speed in real time.
Until a few years ago, for example, wireless television cameras almost always used analog technology, and the system required someone next to the camera to point the signal to a specific receiving station.
