A greater understanding of image reconstruction, an example of an inverse problem, is also highly desirable.
Finally, improvement of the understanding of ligament reconstruction, specifically of the anterior cruciate ligament (ACL), through the use of robotics technology will be included.
The combined relative-numerical dating approach used here not only enables an extended interpretation and mutual control, but ultimately leads to a better understanding of landscape reconstruction and evolution.
Digital filters, up converters, and down converters are the basic elements for designing multirate architectures and their introduction in this chapter is necessary for a deeper understanding of perfect reconstruction polyphase channelizers, which are the key modules of the modern digital radios.
Therefore, the use of phantoms is of major importance for recognizing and understanding the origin of reconstruction artefacts, and in our case, also to enable reliable quantification in beta cell imaging.
This work provides a profound understanding of the structural reconstruction in bimetallic catalyst, shedding more light on designing novel catalysts for the growth of SWCNTs.
However, it will be difficult to devise a data compression technique based on CS for such cases without a thorough understanding of its performance, reconstruction accuracy, practical implementation and generality.
Consistent with Marjanovic and Hallikainen (2013), this vital role has enhanced the efficiency of the total collaboration by enabling a mutual understanding of the recovery and reconstruction process.
More fundamentally, they are exclusively focussed on the quality of the data, leaving open the problem of understanding why current reconstruction methods are so prone to systematic artefacts.
Therefore, we aimed at a general understanding of the magnitude of haplotype reconstruction error in a systematic approach by simulations and analytical derivations.
