In particular, open-loop dynamical error suppression strategies (without the need for measurement or feedback) such as dynamic decoupling (DD) [15 18], dynamically corrected gates (DCGs) [19 25], and composite pulsing [26 28], have emerged as resource-efficient approaches for physical-layer decoherence control.
Thereby, a targeted and efficient approach for physical property model development is achieved.
The results indicate a significant potential of using this approach for physical mapping.
Recently, Poursarebani et al. [ 38] used similar approach for physical map anchoring.
Since some of the different physical qualities allow a less specific approach for physical testing (eg, strength and power), some basic tests are also included.
Recent progress in nanobiomaterials has increased demand for multidisciplinary approaches from physical, biological and engineering sciences.
By taking into account the environmental impact on physical activity, ecological models distinguish themselves from earlier theories by considering a broader range of potential approaches for promoting physical activity.
Several approaches for classic physical design issues, such as floorplanning, placement, and routing, from a 3-D perspective, are extensively reviewed.
This line of research in technology-based approaches for promoting physical activity in African American women in the Deep South has great potential to address health disparities and impact public health.
The chapter also describes the approaches for the physical characterization of plant biopolymer surfaces and interfaces, ranging from determination of chemical composition to investigation of the surface structure and mechanical response of such materials.
A systematic review of three approaches for constructing physical activity messages: What messages work and what improvements are needed?
