In this article the following three research questions were addressed: Firstly, Are there underlying types of motivation to lifelong learning?
By constructing a quasi-time-dependent Lyapunov functional, the stability and ℓ2-gain analysis for 2-D switched systems are addressed firstly.
Starting in the 1980s, the problem has been addressed firstly in the context of the cocktail party problem: how to separate a number of speech signals from multichannel mixtures of them.
In addition to this major problem there are a few other aspects of the paper that need to be addressed: Firstly, Figure 1 and Figure 5 do not have error bars to indicate reproducibility of the data.
However, there are 2 major weaknesses of the paper that needs to be addressed; firstly, the in vitro data presented was not subsequently tested rigorously in vivo, namely to address the question of whether WNT signaling is altered in the presence of miR-142.
Firstly, the load transfer between single masonry units and FRP was addressed.
Two important issues remain to be addressed systematically: firstly, how can bimodality and a corresponding optimal threshold be quantitatively defined, to select gene markers from expression profiles enabling patient stratification; secondly, how can the false negative rate be defined and minimised using these techniques and what is its resultant impact upon clinical outcome?
There are two major problems that are addressed in Part I; Firstly, the evolutionary algorithm for finding D-optimal design is applied to try to determine which values should be simulated in order to generate the data for the regression model.
Firstly, the problem is addressed in standard LPV systems based on the adaptation of the parity-space approach.
Firstly, an adaptive fuzzy control law is addressed.
Firstly, the correspondence problem has to be addressed and, secondly, the depth has to be estimated.
