There are three major models used in designing WANs the mesh, partial mesh, and the hub and spoke.
One major advantage of the model used in our study is that the relative magnitude of the inflammatory response in animals subjected to CLP-induced peritonitis is similar to those observed in septic patients [ 53, 54].
In addition, to determine the optimal HCCI combustion phasing, a grey-box control model used to predict major variables.
The type of animal model used plays a major role in the quality of animal studies.
Neonatal and adult cardiomyocytes are the two major cell culture models used to study heart diseases.
This chapter discusses the three major types of performance models used for communication architecture exploration.
The major characteristics of the models used in the present work were as follows.
Major concerns are the models used for quantification, the arterial input function, and the estimation of Gd concentration.
The major difference between the models used for the LBD and the full receptor is the lack of protein concentration dependence for formation of the dimeric state.
Furthermore, a probabilistic sensitivity analysis was conducted to explore the overall uncertainty by varying all major model parameters simultaneously using a random number generator and appropriate distributions.
Kogan and Steblov (2008) produced a model using GPS data from ten major lithospheric plates.
