Emperor Journal of Medicine
Print ISSN: None Electronic ISSN: None Category: Medicine Language: English

Emperor Journal of Medicine (EJMED) is a Monthly Peer-Reviewed, Refereed, Indexed International research journal so there is a wide scope for publication. EJMED is a platform for all researchers in varied subject to publishing original authoritative research papers, articles, research projects, reviews, mini-reviews, case Studies, synopsis and short research communications. Authors are encouraged to submit complete unpublished and original works, which are not under review in any other journals.

Emperor Journal of Medicine (EJMED) is a double-blind peer reviewed refereed monthly journal that publishes articles in the field of Medicine.

The goal of the journal is to disseminate knowledge, which ensures good practice of professionals, and its focal point is on research and reflections relevant to academicians and researchers in the field of Medicine.

The core of the vision EJMED is to disseminate new knowledge for the benefit of all, ranging from academic research and professional communities to industry professionals in a range of topics in Medicine. It also provides a place for high-caliber researchers, practitioners, and Ph.D. students to present on-going research and development in these areas.



Regular Issues


Proficient, Exact and Firm Acolyte Integration Aimed at Pupillary Boundary in Iris Appreciation

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  • Abstract

                Iris popularity is a outstanding biometric machine due to it is simple to use, excessive accuracy, rapid identity time, correct matching overall performance and hard to spoof. This biometric machine is appropriate for use throughout the contemporary COVID-19 pandemic because it calls for contactless scanning and may be captured from a distance. However, the iris popularity’s accuracy may be affected due to mirrored image, movement blur and deformation of pupillary boundary. Iris popularity may also go through if pupillary boundary isn't always successfully segmented. False segmentation of pupillary boundary can show up due to mirrored image. Motion blur can create an undesirable noise on iris pictures as a result can lessen segmentation accuracy. Moreover, pupillary boundary can deform into choppy form rather than round form. Therefore, the goal of this take a look at is to research an green, correct and rapid segmentation set of rules for pupillary boundary segmentation. First, Wiener clear out out is used to pre-system iris photo. Then, a threshold is assigned to the respective iris photo. Coordinates of pupillary boundary are acquired from the vicinity and pixel listing measured via way of means of the pixel belongings in iris photo. After that, mirrored image in scholar vicinity is removed with morphological last. The correct pupillary boundary may be segmented after mirrored image elimination. According to consequences, the proposed set of rules can section pupillary boundary suffering from mirrored image, movement blur and scholar deformation. Furthermore, the proposed set of rules executed an green reminiscence usage (16.1%), correct pupillary boundary segmentation (97.7%) and rapid segmentation time (0.14 s) for scholar segmentation than the opposite strategies. For conclusion, this take a look at now no longer most effective can conquer eyelashes, mirrored image and eyelids occlusions, however additionally movement blur and scholar deformation with reminiscence green, correct segmentation and rapid segmentation time. For destiny work, this approach may be studied to reap an correct limbic segmentation in iris pictures.

Influence Injuries Enquiry of Multiphase Incorporated DC-DC Improvement Converter using or CAD Space Software

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  • Abstract

                DC-DC converters with multiphase shape are extensively utilized in electric and digital gadgets due to their blessings over traditional improve converters, along with discount in enter contemporary ripple and coffee conduction loss.  As era advances, greater sensitive wishes must be fulfilled for higher load overall performance. Traditional improve converters are nonetheless viable however with sure drawbacks, along with excessive contemporary ripples, sizeable switching losses, and excessive transfer voltage stresses. This paper offers novel multiphase DC-DC improve converter, with an output electricity variety among 50 Watts to two hundred Watts. The range of levels for this multiphase improve converter is restricted to five-section. This paper specializes in electricity losses withinside the converter, specifically conduction losses in diodes and MOSFET, switching losses in MOSFETs, in addition to losses in inductors and capacitors. Discussion consists of evaluation at the relationships among multiphase improve converters in phrases of range of section and electricity loss. Simulation effects display that three-section DC-DC improve converter contributed to smallest losses (at P=two hundred Watts) with the performance of 94.09 %, similarly to the much less range of additives used; with the aid of using evaluation among three-section and four-section. The overall performance evaluation become carried out the use of OrCAD PSpice software.

Wide-ranging Revision: Octave Allegro Threat Assessment and Development Threat Modelling

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  • Abstract

                Protecting data is the maximum vital procedure in corporations to protect data belongings from the safety dangers and threats. Most corporations appoint safety knowledge to contain chance evaluation in early level of internet site software program development, or appoint outside employees for safety services. This observe proposes a light-weight technique that improves software program chance evaluation in internet-primarily based totally programs the usage of  implemented methodologies: 1) OCTAVE Allegro chance evaluation framework to discover and investigate company’s important belongings, supplying strong effects with restricted safety chance evaluation understanding and knowledge, 2) STRIDE risk modelling device that identifies and measures capacity threats in well-described and timesaving ways. The final results of this observe gives stable software program chance evaluation through figuring out company’s important belongings, discover dangers, examine the dangers and decide dangers affects. As a result, observe additionally proposes mitigation plan and countermeasures for the belongings which have important commercial enterprise affects that might be beneficial for corporations who're the usage of internet programs of their approaching data safety improvement. 

Vibrant Exhibiting of Control Network-Integrated Breeze Turbine

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  • Abstract

    This paper gives the overall performance research of voltage and modern for dynamic version of the wind turbine. In this look at, the diverse numbers of wind turbine pace are implemented withinside the simulation. This remedy is supposed to peer how a whole lot impact the turbine pace has at the voltage and modern output. IEEE 14 bus gadget is incorporated to the wind turbine on the way to have a look at the effect of on-grid connection to the voltage and modern overall performance.  How to version wind turbine in PSCAD simulation software program additionally mentioned on this paper. The element of assisting additives in designing a wind turbine gadget and their features also are defined. Several values of turbine pace also are taken into consideration on this paper as a look at fabric in seeing the overall performance of wind mills. The dating among wind pace and pitch perspective can also be mentioned to make certain that the wind turbine isn't damaged. In order to show the accuracy of the simulation version, the acquired size technology of lively electricity from the wind turbine is matched with the guide calculation. Based at the diverse wind pace values which have been tested, this may be the premise for the software of wind turbine (renewable electricity) layout improvement for in addition research.

A Regress Plummet Static Algorithm for DNA Barcoding

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  • Abstract

    Searching for compatibility among precise sequences in lengthy DNA sequences calls for accuracy and a large amount of time. This studies turned into performed to layout and put in force a computational version used to look a DNA barcoding in a hard and fast of DNA sequences. To gain choicest consequences, we behavior the optimization spiral dynamics set of rules. Data, i.e., a group of DNA sequences of flora, had been downloaded from the NCBI website. This observe produced DNA barcode through searching on the satisfactory function index which has the satisfactory percent of fits in every collection. The consequences talked about an boom in computational time relying at the wide variety of sequences, the wide variety of iterations, the wide variety of dimensions of spiral dynamics, and the wide variety of populations.