There is a wide range of literature published on the field of concrete carbonation related to the use of SCMs and/or RCA.
o-Nitrobenzylic PPGs have naturally led to various synthetic and biological applications, especially for caged biomolecules, and only selected examples will be discussed here as many reviews have been published on the field during the past decade.
In spite of the relatively large amount of literature published on these fields in the past few years, this is a very concise introduction; for a more detailed and exhaustive explanation the interested reader may refer to [19 21] for compressive sensing and to [22 24] for distributed source coding.
The data set is presented in the Supporting Information: Appendix A. Consistent with previous studies [9], [11], there is a clear difference in the number of publications produced by males and females in this field, with men publishing on average almost 40% more papers than women (mean number of publications = 28.26 and 20.23 respectively; t102 = −3.334, P = 0.001).
Majority of the studies published in this field have focused on the known possible confounding variables such as child gender, gestational age, marital and educational status of pregnant women, prepregnancy BMI, and season of the last menstrual period, which were also addressed in our analysis.
Based on the published results in this field, the aim of ALGOS study is to propose an algorithm of case management (monitoring) that will target some of these subgroups of patients by providing them specific interventions and thus optimizing the benefits of this strategy.
Most published articles in this field are focused on improving the accuracy rates and many approaches have been proposed to accomplish this task.
Previously published studies in this field rely mostly on categorical classifications like DSM-IV and ICD-10 criteria.
Most published work in this field is based on features developed from the pixel gray level co-occurrence matrix (GLCM) (13) and from the gray level run length matrix (GLRLM) (14), and on fractal texture methods (9, 15).
Currently, only one study has been published on breast imaging at high field strength: Kuhl et al. [ 8] reported a prospective intra-individual comparative study performed on 37 patients with 53 enhancing breast lesions who underwent contrast-enhanced breast MRI at 1.5 T and 3 T.
