On the other hand, many isoforms could be non-functional noise.
We formulated the AF of the multi-functional noise-OFDM waveform and have shown that up to 30% of an UWB signal can be utilized for data communications, without adversely affecting the primary function of the radar.
The above OFDM signal is inserted within the notched band-limited noise signal, with appropriate power equalization and an ideal mixer, to produce the multi-functional noise-OFDM radar transmit waveform, which is propagated by an omni-directional transmit antenna.
Two types of fragmentation effects are determined: structural fragmentation (based on road land-take only), and functional fragmentation (noise effect zone fragmentation, buffer using a threshold of 40 dB).
This article, therefore, aims to transform a multi-functional UWB noise-OFDM radar into a coexisting, cross-layered, covert, and ad hoc network platform.
Our approach is based on an auxiliary field loop expansion for the path integral representation for the generating functional of the noise induced correlation functions of the fields describing these systems.
For residential and business functional areas, traffic noise was a dominant sound source influencing the soundscape quality.
Indeed, we propose a novel diffusion equations scheme derived from a non-convex functional for Gaussian noise removal in this paper.
To solve this problem, the proposed method simultaneously estimates the optimal illumination and reflectance components by minimizing the Retinex-based regularized energy functional to suppress noise amplification during brightness enhancement process.
We will study analogical reasoning in synthetic biology through the emergence of the functional meaning of noise, which marks an important shift in how engineering concepts are employed in this field.
