Sensor implementations that utilize piezo-resistive, piezo-electric, capacitive, thermal, optical and resonant techniques are discussed covering the various transducer technologies as well as their fundamental mechanisms.
The latter predictions are performed using methods chosen based on two criteria: (i) their quality is comparable to the leading relevant predictors; and (ii) they provide a stand-alone implementation that could be utilized to build an autonomous implementation of the proposed disorder predictor.
In order to adequately approach problems where an exponentially damped kernel is used, we provide an open-source implementation, using the C/C++ language that utilizes high precision arithmetic adjustable at run-time [2].
Most recently, De Jonghe and coworkjers [ 20] demonstrated that similar success can be achieved with the implementation of a sedation protocol that utilizes a more comprehensive patient assessment tool.
A generic form of the implementation of k-t FOCUSS that utilizes temporal FT Φ is summarized in Algorithm 1. k-t FOCUSS with KLT.
Because of this, it is one of the factors limiting the implementation of devices that utilize the singularity-induced micro-electroporation configuration.
We therefore propose the design and implementation of "SocioSpace" a Smart Spaces framework that utilizes the social context.
We show that the transceiver complexity may be reduced by utilizing an efficient polyphase implementation that is commonly used in the filter bank multicarrier (FBMC) modulation.
The primary contribution of this work is the development of TYPESETTER, a programming system that utilizes profile data to select implementations of program abstractions.
This method is a gene-based implementation of Ott & Hoh's[ 106] method that utilizes sum-statistics.
