Reliable distributed protocols, such as consensus and atomic broadcast, are known to scale poorly with large number of processes.
Coding and modulation are two key elements to approach the Shannon limit.
Coding and modulation are two key elements to approach the Shannon limit.
We review probabilistic constellation shaping (PCS), which has been a key enabler for several recent record-setting optical fiber communications experiments and has been commercialized in Nokia PSE
We discuss the impact of probabilistic amplitude shaping on the forward error correction stage in future optical transceivers and highlight some potential pitfills, as well as challenges and opport
Qualification testing (QT) is the major means to make a viable device into a reliable product.
We consider an NFT-based system embedding information into the imaginary part of the discrete spectrum. We show that by employing PES we can double the data rate.
We analyze the Earliest-Deadline-First (EDF) scheduling discipline within the framework of statistical multiplexing.
We initiate the study of probabilistic quorum systems, a technique for providing consistency of replicated data with high levels of assurance despite the failure of data servers.
Indoor localization is a key enabler for pervasive computing and network optimization.
