Multiple access can be realized by utilizing the spatial moments of deep fades, using fluid
antennas. The interference immunity for fluid antenna multiple access (FAMA), nevertheless …

Fluid antennas offer a novel way to achieve massive connectivity by enabling each user to
find a 'port'in space where the instantaneous interference undergoes a deep null for multiple …

Fluid antenna system (FAS) is a new flexible antenna technology that offers a new approach
to multiple access, referred to as fluid antenna multiple access (FAMA). The performance of …

Fluid antenna system (FAS) is an emerging flexible antenna technology that provides a new
way for multiple access. In fluid antenna multiple access (FAMA), each user switches its fluid …

Fluid antenna system represents an emerging technology that enables an antenna to switch
its physical location in a predefined space. This paper explores the potential of using a …

Fluid antenna system (FAS) facilitating a position-switchable antenna, enables a mobile
receiver to exploit the deep fade opportunity of its interference for multiple access. Slow fluid …

The increasing interest of fluid antenna systems is reinforced by an unprecedented way of
achieving multiple access, by exploiting moments of deep fades in space. This …

Fluid antenna system (FAS) has recently emerged as a promising candidate for the sixth
generation (6G) wireless networks. Unlike traditional antenna systems (TASs), FAS is a new …

Massive connectivity over wireless channels relies on aggressive spectrum sharing
techniques. Conventionally, this may be achieved by sophisticated signal processing and …

Fluid antenna systems (FAS) enable mechanically flexible antennas that offer adaptability
and flexibility for modern communication devices. In this work, we present a conceptual …