Sentence examples for more complex input from inspiring English sources

Therefore, it is concluded that ANFIS-DE preforms much better with more, but simpler input variables rather than less, more complex input variables.

Improvements were seen in the prevention of aliasing, phase and amplitude distortion, as well as in the noise reduction for sinusoidal and more complex input profiles.

Now the app is able to process more complex input like "every third Thursday of every month," for instance, or "every weekend," "the last weekday of the month," and more, the company notes.

The Rift shipped with an Xbox One controller which allowed users more complex input but it restricted the immersion of the headset and left some feeling like they had just bought an expensive 3D monitor.

In test, the robot was able to do the right thin in response to tester voice commands around 90percentt of the time, which is remarkable, and the team hopes to push the limits using more complex input, including multi-step commands and a deepening of the robot's contextual knowledge.

The goal of investigating input combinations is to identify the performance of the ANFIS-DE, ANFIS-GA and ANFIS-PSO methods with more, but simpler input variables (such as In#1) compared with the less, but more complex input variables (such as In 8).

To elucidate the role of these features, functional studies based on more complex inputs and potentially incorporating functional fine-scale connectivity structure (e.g. Sporns and Kötter 2004; Yoshimura et al. 2005) and the lateral intrinsic network (Rockland and Lund 1982; Douglas and Martin 2004) have to be conducted.

The current study can be extended to consider more complex atmosphere input and topography, etc.

Single-input single-output control systems (SISO) have been extended to more complex multi-input multi-output (MIMO) controllers, which enable the implementation of control systems that can operate on complex multi-resonant systems.

Type-2 FLCs are also able to realize more complex nonlinear input-output control relationships than a type-1 FLC [ 40, 41] which can be suitable for nonlinear biomedical control processes such as anesthesia regulation.

To truly achieve its clinical potential, synthetic biology must continue to do what has made it successful: engineer progressively more complex, multi-input networks in which the triggering, amplitude, and duration of therapeutic activity is controllable.