Very Short Survey of all my Research (original) (raw)
Related papers
2019
This is the summary of my research work, I have done so far, this is intended for the readers who would like to read my work or want to have a look over my work. Please leave a reason for downloading it.
This is a lay article I wrote explaining my proposed masters research.
My Research: An Overview and Some Links
For various reasons I could not store a number of papers on my Academia webpage. If you download this document you can find links to most of my works, as well as to some extra material.
Overview of the Research Process
Scientific research is the process of (1) developing an empirically answerable question, (2) deriving a falsifiable hypothesis derived from a theory that purports to answer the question, (3) collecting (or finding) and analyzing empirical data to test the hypothesis, (4) rejecting or failing to reject the hypothesis, and (5) relating the results of the analyses back to the theory from which the question was drawn. This last step usually involves revising the original theory to handle discrepancies between what the empirical data show and what the original theory posited, although the findings of only a single study usually are not sufficient to warrant major revisions of a theory. Nonetheless, a scientific research study, no matter how small the contribution, must make a new contribution to be considered original scientific research. In other words, a research study adds to our knowledge base. This requirement distinguishes a research paper from a report.
This is my new project which is a statement of research for my essay during my education Doctorate of Philosophy, Chicago School of Professional Psychology.
Can you talk a little about your research
2019
HT: Tokushima Prefecture, where we live, is one of the highest earthquake risk areas in the Nankai Trough. I participate in personal identification training with the assumption that there will be a reoccurrence of the great earthquakes seen in the past. The high population densities of the region mean we have to assume a high number of casualties. With current methods, we cannot quickly confirm the identity of large numbers of victims, so a new approach is necessary. My studies on the development of a personal identification method using digital tooth image analysis technique will help overcome the challenges with the current approach. This is because the method can innovatively accelerate the collection and organisation of preand post-mortem data, making it possible to confirm identity and return the victim to their family.