Using striking technical breakthroughs in complex computation and highly sensitive manufacturing, designers are moving closer to making lightweight buildings that can move, and perhaps even think and feel.
These analyses usually require the computation of highly complex state-transition diagrams, which contain approximately 2 (10) states in our model.
In this research, a reduced order method (ROM) called the Proper Orthogonal Decomposition with Interpolation (PODI) is used to drastically reduce computation time of highly complex and non-linear problems as encountered in simulating the heart.
The error analysis of these computations is a highly complex mathematical undertaking.
The computation of estimators is highly complex and the performance of standard methods is not satisfactory, in particular if a high degree of censoring is present.
Significant advances in modern CMOS technology have enabled highly complex machines capable of executing extremely high levels of computation with performance doubling every few years.
Emerging distributed cyber-physical systems (CPS) are integrating a variety of sensors, actuators, communication networks, and computation resources, giving rise to a highly complex and heterogeneous system architecture.
The computations needed to make these judgements are highly complex and don't come naturally to us.
This 'noise injection' technique, although known to the neural computation community already, has not been studied with DNNs which involve a highly complex objective function.
The optimal design method requires computations for pole placement that results in a better frequency characteristic [2,3,37,38], but highly complex search-based or iterative algorithms are required even for a notch filter with two frequencies [2,38].
Yet autism is highly complex.
