Future work includes validating the developed time-varying on-body wireless channel model during walking using measurements.
To solve the developed time-dependent equations, either DQM (named LWDQ) or Newmark's time integration scheme (named LWDQN) is employed.
Good agreement between the reference values and the simulation results has been observed and indicates that the developed time-domain numerical models are reliable.
The developed time-spreading, wavelength-hopping network utilizes enhanced double weight (EDW) code which has enhanced properties such as a cross-correlation value of 1 and has a simple encoder/decoder design.
With the help of developed time series segmentation framework, separation of operation regimes becomes possible for supporting process monitoring and control.
The efficiency of the developed real time controller was proved in time as well as frequency domains by subjecting the closed loop system to harmonic excitations at first natural frequency as well as sweep sine test focussing on the first vibratory mode with the conclusion that the developed controller will function satisfactorily at higher modes of vibrations.
In addition, to illustrate the capabilities of the developed model, time series were generated and used in system performance calculations.
To illustrate the capabilities of the developed model, time series were generated and used in system performance calculations.
Conclusions: The developed real time TaqMan assay was rapid and easily performed and could be the best alternative for the diagnosis of CMV infection and monitoring of liver and kidney transplant patients.
In addition, based on the developed build time and geometrical accuracy analysis models, adaptive algorithms were designed to generate an adaptive speed of the RP/M nozzle/print head for the contour tool-paths to address the geometrical characteristics of each layer, and to identify the best slope degree of the zigzag tool-paths towards achieving the minimum build time.
Because of their similar epidemiologic characteristics – incidence, stability of the developed deformations, time of appearance – the two spinal diseases which are considered as the most appropriate in terms of the examinations are the Scheuermann's disease (or kyphosis dorsalis juvenilis) and the idiopathic scoliosis [ 12].
