SENSYS

Detection and treatment of diseases might be one of the most promising fields of application of flow-guided nanocommunication networks. This type of networks can enable new medical developments for health monitoring, vital sign information gathering, ...

A key application of advanced spectroscopy methods is to estimate equilibrium states of biochemical processes in situ and in vivo. Nevertheless, an often present difficulty is the requirement that the biochemical process and its environment (such as the ...

Bacterial quorum sensing can be engineered with a view to the design of biotechnological applications based on their intrinsic role as a means of communication. We propose the creation of a positive feedback loop that will promote the emission of a ...

We introduce the idea of endowing on-chip wireless propagation environments with in-situ programmability by equipping the chip package with a programmable metasurface. The limitations of current wired chip interconnect fabrics present a serious ...

The ever increasing demand for concurrent execution results in a significant escalation in the communication need, which has compelled the System-on-Chip architects to shift the focus to a more communication-centric design. With the emerging ...

Smart drug delivery systems, automation of biological and chemical attacks are the most extensive applications of Diffusive Molecular Communication (DMC). Further, security in DMC is a crucial issue due to presence of eavesdroppers in the network. ...

The demand for medical follow-up is rising worldwide. Ensuring fast, reliable and efficient diagnostics would help meeting the demand by avoiding delays and errors. A promising technology in molecule and compound detection are the electromagnetic ...

Intelligent metasurfaces are information metasurfaces driven by artificial intelligence (AI), which are designed for manipulating the electromagnetic (EM) wavefront and/or the carried dataflow in programmable and smart ways, and thus hold important ...