A digital transmission and reception techniques with Software Defined Radio

T h e theory contains two basic assumptions that can be taken separately; that the place-names in the Aegean area with -nth- and -ss- suffixes belong with other less clearly

In this work we validate that the use of few shot learning techniques can transfer knowledge from a well defined source domain from Colon tissue into a more generic domain composed

A reception event is sched- uled only if the received power is above a given threshold (or equivalently, a transmission range). Any concurrent transmission results in a collision.

In order to gain insight into the energy savings of µNap, we performed a complete state parametrisation (power consumption in transmission, reception, overhearing, idle and sleep)

In their model, consisting of a p-persistent CSMA-based WLAN where interfaces only consumed energy in two states (transmission and reception), it was shown that energy efficiency

A number of radio equipment manufacturers have defined two main specifications for the transport of fronthaul traffic, namely the Common Public Radio Interface (CPRI) [5] and the

Specifically, in this demo, we show how to use a LabVIEW 3 -based Software Defined Radio (SDR) testbed (for PHY layer and radio resource management) integrated with the open source

Section 3 in- troduces the high level API messages that enables software- defined aspects of the proposed physical layer and lends itself to be programmable through SDN controllers