Sentence examples for frequency environments from inspiring English sources
La Monte Young, for example, composed a number of electronic "continuous frequency environments," in which he generated a few pitches and then electronically sustained them, sometimes for days or weeks.
The device is meant to provide energy to wireless autonomous monitoring systems in low frequency environments such as wind turbines of 30 kW with rotational speeds of between 50 and 150 rpm.
With so many wireless cameras and microphones, so many walkie-talkies, so many cellphones and so many law-enforcement agencies, "this is probably the busiest, noisiest radio frequency environment on the planet right now," said Mr. Libin, a 45-year-old technology consultant from Woodmere, N.Y.
Radio frequency environment map.
The sensing of the radio frequency environment has important commercial and military applications and is fundamental to the concept of cognitive radio.
Moreover, due to the malfunction of the conventional phase locked loop (PLL) in polluted and variable frequency environment, a second order generation integrator-frequency locked loop (SOGI-FLL) based on fuzzy logic controller (FLC) and wavelet transform (WT) is proposed.
Join the spectrum detection module to cognitive nodes and add the available channel detection process to the beginning of each round in TEEN algorithm to adapt to the dynamic frequency environment.
The inefficient and sporadic utilization of the spectrum, combined with the increased utilization of the radio frequency environment, have degraded the quality of service for various wireless networks and applications, for example, at the cellular network.
The S N fatigue behavior of 316LN stainless steel is characterized by a family of bilinear fatigue curves which are dependent on frequency, environment, mean stress and cold work.
where E TE is the energy per bit needed by the transmitter electronics, E TA is the energy consumption of the transmitting amplifier to send 1 bit over one unit distance, and α(1.6≤α≤0.6) is the path loss factor depending on the radio frequency environment.
This work presents an approach for increasing operational bandwidth of a vibration energy harvester in low-frequency environments by effectively exploiting contact-based frequency up-conversion.
