"modern wireless devices" is a grammatically correct and commonly used phrase in written English.
You can use this phrase anytime you want to refer to electronic devices that use wireless technology to communicate or connect to the internet. Examples of modern wireless devices include smartphones, laptops, tablets, and smartwatches. Example: "The advancement of technology has led to the development of a wide range of modern wireless devices, making it easier for people to stay connected and access information on-the-go."
Newly developed nickel metal hydride (Ni/MH) micro cells that are capable of high rates, meet the requirements of main power sources for modern wireless telecommunication devices, like GSM hand phones, PDAs and others.
The deployment of modern day wireless devices follows the static spectrum usage, where spectrum is assigned to a licensed user for longer durations.
Determination of realistic exposures from mobile phones and other wireless devices of modern telecommunications remains an important scientific challenge, especially since it is key to defining public health protection.
We note that the issue of the present study applies also for every other type of RF/microwave emitting devices used in modern telecommunications, such as Internet connection wireless devices and local wireless networks (Wi-Fi), domestic cordless phones (DECT, Digitally Enhanced Cordless Technology), and baby monitors.
Given the recent explosion in the number and types of wireless devices, new design and optimization paradigms are needed to effectively manage the complex and heterogeneous nature of modern wireless networks.
Cognitive radio (CR) is a concept that enhances the utilization efficiency of the licensed frequency spectrum in that wireless devices are continuously developed for modern applications, but the spectrum bands are limited [1].
It becomes impossible to achieve a complexity comparable to ML detection while detecting the high-throughput streams of modern wireless standards in real-time, at least for hand-held devices with constraints of battery capacity and peak processing power.
Analogue circuitry is thus an essential part of the sensors, receivers and display units that play such a vital role in the modern wireless world.It is no surprise that, with so much emphasis on digital circuitry these days, the design of analogue devices is becoming a serious problem.
Wireless devices outsell P.C.s and laptops.
