The paradigm of cross-layer design has been introduced as an alternative to pure layered design to develop communication protocols.
The project developed communication protocols and techniques that drew directly on the epidemiological analysis.
Rapidly developing communication technologies did the rest.
Recently, research in WMNs has focused on developing high performance communication protocols.
Since most power dissipation occurs in wireless communication, it becomes imperative to reduce the energy costs of communication by developing power efficient communication protocols.
A finite-state structure, originally developed to design communication protocols for decentralized discrete-event control, is adapted to verify a wider variety of relevant observational properties for control and diagnosis.
We develop techniques to design communication protocols that exploit the transmission of multiple packets while seeking a balance between stability/estimation performance and communication rate.
Traditionally, there has been a variety of communication protocols developed for very specific application areas in grid control, such as substation automation, metering, billing, or supervision and control (SCADA).
Although there are many trust establishment methods in the current literature, most of them sit in the application layer and few were developed for physical/MAC layer communication protocols.
Phyloinformaticists are developing data standards, databases and communication protocols (e.g. Application Programming Interfaces, APIs) to extend the accessibility of gene trees, species trees, and the metadata necessary to interpret these trees, thus enabling researchers across the life sciences to reuse phylogenetic knowledge.
