V+ model-a Medical Perspective for Device Development- Crimson Publishers

Only a very small number of innovations in healthcare are ultimately market proof. Most innovations fail because they do not serve an actual market. Different models are available to provide guidance in the development phase of a novel therapy. One of these models is the V model, which was created to align development with stakeholders and to improve efficiency of development cycle. The alignment with stakeholders helps to insure the innovation matches the actual market. The models is very functional in pure technical and digital innovation, however the medical innovation is complex and not fully covered by this model. The novel V+ model introduce an additional layer to the V model, thereby covering all aspects of development in the medical landscape.

https://crimsonpublishers.com/rmes/fulltext/RMES.000696.php

For more open access journals in crimson publishers Please click on link: https://crimsonpublishers.com

For more articles on Research in Medical & Engineering Sciences Please click on link: https://crimsonpublishers.com/rmes/

Comments

Ultra-Fast Detection of Loosened Bolts Based on Binary Image Processing- Crimson Publishers

Ultra-Fast Detection of Loosened Bolts Based on Binary Image Processing- CrimsonPublishers In this paper, we offer a new method for detecting tight or loosened bolts based on image processing. The proposed method is independent of bolt appearances, and no height detector is needed. Firstly, several pictures are taken from the bolts in tight and different loosened states for training the system. After the training step, the status of the study bolts is processed by MATLAB software. By using image processing techniques including noise removal, Circular Hough Transform (CHT), transformation of colored images to grayscale, Otsu thresholding, binary complement of Otsu thresholding, enhancement of images with dilation structure element, and after calculating the area of the bolts, the decision about the states of the bolts can be accurately determined based on the number of zero pixels. The proposed method has the advantages of the low calculation process, very fast, and high preci...

Review of Long Term Turbidity Trends with Possible Reasons around the World | Crimson Publishers

Review of Long Term Turbidity Trends with Possible Reasons around the World by Ilknur Tuncer in Research in Medical & Engineering Sciences In this review, it was tried to summarize the long term turbidity trends in various environments around the world. It was found that there was a decreasing trend in water clarity for Baltic Sea, Dutch Wadden Sea, Black Sea, Adriatic Sea, Japanese coasts due to eutrophication, rapid industrialization, anthropogenic input, etc. throughout 1900s and when those effects were diminished as maintained in Norwegian and North Atlantic coasts by the introduction of waste treatment plants and the improvement of sewage systems, an increasing trend was obtained. Moreover, clear oceanic water intrusion into near shore regions also resulted in an increase in water clarity as seen in the coasts of Southern California. On the other hand, since coasts of Wales, UK consisted of inorganic sediments, rather than anthropogenic effects, wind was tested as...

Transformation of High-Energy Bonds in ATP- Crimson Publishers

Transformation of High-Energy Bonds in ATP by Korablev GА in Research in Medical & Engineering Sciences With the help of spatial-energy concept it is demonstrated that the formation and change of high-energy bonds in ATP take place at the functional transitions of valence-active orbitals of the system “phosphorus-oxygen”. These values of energy bonds are in accord with experimental and quantum mechanical data. https://crimsonpublishers.com/rmes/fulltext/RMES.000665.php For more open access journals in crimson publishers Please click on link: https://crimsonpublishers.com For more articles on Research in Medical & Engineering Sciences Please click on link: https://crimsonpublishers.com/rmes/

Crimson Publishers-Research in Medical & Engineering Sciences

Search This Blog