A dual band frequency-shift keying (FSK) transmitter for low data rate, short range application, operating in the 3 5 GHz ultra-wideband is described in this paper.
Many applications operate in environments containing multi-valent ions, media in which our scientific understanding is not yet well-developed.
Abstract: In this paper, we evaluate the performance of random linear network coding (RLNC) in low data rate indoor sensor applications operating in the ISM frequency band.
Applications operating in next-generation environments have peculiar characteristics that could benefit from ICN-based middleware solutions.
Silicon has proven to be a dominant material in MEMS based sensor design but it is unfit for applications operating in harsh environmental conditions.
The Open Run-Time Environment (OpenRTE a spin-off from the Open MPI project was developed to support distributed high-performance computing applications operating in a heterogeneous environment.
Using this kind of container-level virtualization in browsers guarantees web applications operate in a secure environment, and gives the browser a more efficient resource management scheme applicable to multi-application situation.
The aim of this study was to explore the use of manifolding of microchannels for performance enhancement of plate heat exchangers for single-phase, low heat flux (process type) applications operating in a counter flow configuration.
Both paradigms, however, are difficult to use on applications operating in the unknown and dynamic real world, while they do not provide adequate feeling of interaction or a human-friendly control interface to human operator.
The performance of such applications operating in noisy environments is highly dependent on the noise reduction techniques employed therein.
