The reverberation chamber (RC) has traditionally been used for electromagnetic
compatibility tests. About two decade ago, it found application in various over-the-air (OTA) …

This communication presents the performance of a vibrating intrinsic reverberation chamber
(VIRC) prototype, which is proven to cancel the presence of unstirred paths inside. To do so …

The orbital angular momentum (OAM) offers new degrees of freedom and finds application
in communications and radar imaging. In this letter, the OAM is introduced for reverberation …

The emerging machine‐to‐machine (M2M) communications and Internet‐of‐things
techniques bring new challenges in over‐the‐air (OTA) tests. The inexpensive M2M device …

Due to the explosive growth of wireless communications, cost-effective streamline
measurement of wireless devices' peak beam is a highly desirable over-the-air testing …

This article presents a complete framework able to characterize the performances in both
frequency and time domains of “vibrating intrinsic reverberation chambers” made of a …

The previous experimental studies on angular spectra of reverberation chambers (RCs)
were conducted by either rotating a directive horn antenna (which suffers from low …

In this article, an effective method using reverberation chambers (RCs) to measure the total
radiated power (TRP) from mobile phones (MPs) is shown. The method exploits a novel …

We address the uncertainty of reverberation chamber (RC) measurements in presence of
both mechanical and frequency stirring (FS). A base-case model is derived for reverberation …

The effect of a user's proximity on wireless device performance is critical to test the device
under realistic conditions. In this article, we propose and demonstrate an improved …