Sentence examples for most wireless systems from inspiring English sources

In most wireless systems, the management and allocation of system resources is usually coordinated through the use of some control signalling information [1].

Radio resource is scarce and precious; however, radio spectrum is underutilized in most wireless systems in which radio spectrum is statically assigned[1].

In most wireless systems, ETX ≈ ERX, and one has E = E TX × ( q N 1 eaves + 2 q relay N relays + q sink ) (1) = E TX × E, (2) (3) (31).

The concatenated Reed-Solomon and convolutional code (RS-CC) is mandatory in most wireless systems, and others such as convolutional turbo code, block turbo code, and low-density parity-check code are optional alternatives.

Since in practice, most wireless systems employ error control coding combined with the interleaving, recent work in this area has addressed multi-user detection for coded systems based on soft decisions [14, 15].

The system throughput is the primary performance index of the scheduling strategy for most wireless communication systems.

(This fine print, of course, applies to most wireless sound systems).

Nowadays, most wireless communication systems employ coherent demodulation on the receiver side.

In most wireless communication systems, receivers first detect a signal of a packet, then decode the packet [21].

Nowadays, most wireless communication systems are based on orthogonal frequency division multiplexing (OFDM), for example worldwide inter-operability for microwave access (WiMAX) and long-term evolution (LTE).

There are generally two well-developed methods that have been actively adopted for addressing or describing RA problems in most wireless communication systems like the OFDMA-based networks.