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Research Paper

Intelligent identification of Acute kidney injury empowered with Heterogeneous Mamdani Fuzzy Inference System

In this article, a new Heterogeneous-Layered Mamdani Fuzzy Inference System (HL-MFIS) is proposed to detect the Acute Kidney Injury. The proposed computerized system Detect of AKI Using Heterogeneous Mamdani Fuzzy Inference System (DAKI-HL-MFIS) Expert System, can detect the Acute Kidney Injury or No-AKI. The Expert System has two input variables at layer-I and seven input variables at layers-II. At layer-I input, variables are Creatinine and BUN that detects the output condition of a Kidney to be Normal, or Acute Kidney Injury. The further input variables at layer-II are Glomerular filtration rate, urine Albumin, sodium, potassium, chloride, calcium, and phosphorus that determine the output condition of Kidneys like Acute kidney Injury and other reasons that arise due to enzyme vaccination or due to past Kidney Injury. The overall accuracy of the DAKI-HL-MFIS Expert system is 90.5%.

Published by: Muhammad Asif, Abeer Fatima, Asma Baloch, Shahzada Atif Naveed, Areej Fatima

Author: Muhammad Asif

Paper ID: V6I1-1199

Paper Status: published

Published: January 21, 2020

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Research Paper

Applications of graph theory to analyze electrical circuits using a matrix method in the course of the network equilibrium equation

In this paper we study electrical networks, its simplified circuits, formulate the matrix method of adjacency and incidence matrix followed by applications of a truth table. Also, study the applications of graph theory in verifying network equilibrium equations by Thevenin’s theorem.

Published by: Poorva V Adhyapak

Author: Poorva V Adhyapak

Paper ID: V6I1-1178

Paper Status: retracted

Submitted: January 20, 2020

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Thesis

Expression for the relative change of height when the distance between the viewer and the body changes; and its cosmological applications

Imagine you are looking at a body, and then you keep moving behind from it. How does it appear? The body appears to be decreasing in height. So we normally use trigonometry to find the height, but it is always the third person and if we want to calculate the height of the body in the frame of reference of the viewer, hence we cannot use trigonometric ratios. So we need to derive a new expression; the relative height is dependent on; the distance between the bodies, the angle of sight and the original height. Also, we can apply this on heavenly bodies like any star that looks small from earth but is very large. So we can use the derived expression to find the radius of the star and the distance.

Published by: Rajat Saxena

Author: Rajat Saxena

Paper ID: V6I1-1191

Paper Status: published

Published: January 20, 2020

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Research Paper

QoS optimization in wireless sensor networks using multi-hop multi clustering algorithm in a heterogeneous network

The method provided did improve the energy consumed for each simulation round is reduced and also the energy left is increased. The major breakthrough is that by implementing the proposed program the delay for each simulation round is not only greatly reduced but also uniformed, It is also clearly visible that the throughput in (bit per second) is drastically increased. When compared with traditional methods. The existing paper provides an interesting method using Lagrangian Relaxation(LR) to control the adaptive switching of hop-by-hop QoS routing. The method utilized timely information collection to validate and respect the QoS requirements of all the nodes making the whole network obeying the QoS parameter. This is done by utilizing the modified Markov Chain model for prediction. Multi-hop multi-cluster QoS algorithm using Matlab proposed and implemented a new optimized method our QoS based multi-path routing using ‘k’ neighbors based node switching in corresponding hops. The node will be switched if and only if the QoS threshold and distance threshold value is satisfied. The switching of nodes improved drastically on Throughput. The proposed algorithm has a little high drop ratio as compared to the existing algorithm which is partially due to the multi-path approach in packet splitting. If all the portions of the split packet are not received, the overall packet is dropped. This introduced a marginally higher packet drop ratio which can be managed later on and provides the scope for further improvement.

Published by: Yoginder Singh, Puneet Jain, Rajnesh Narula

Author: Yoginder Singh

Paper ID: V6I1-1162

Paper Status: published

Published: January 20, 2020

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Case Study

Fat Embolic Syndrome – Case Report

Fat Embolic Syndrome is a serious and life threatening condition. It occurs most frequently after fractures of long bones particularly the femur and tibia or intramedullary instrumentation for such bone fractures management. Some non-traumatic conditions such as diabetes mellitus, severe Burns, SLE and pancreatitis etc. can also result in Fat Embolic Syndrome. Young adults irrespective of sex are commonly affected. Its classical presentation consists of an asymptomatic interval following injury followed by pulmonary and neurological manifestations combined with petechial hemorrhages over the upper chest and axillae. The management of such cases needs to have high index of suspicions and aggressive approach to combat the condition with exclusion of other conditions. As this dreadful condition is a self-limiting one, the treatment of this condition remains mainly supervised supportive to the most affected organ system mainly pulmonary and cardiac. Mortality related to this condition is critical, starting from 10-20 %. Here is a description of such a fatal case managed well and the outcome was rewarding.

Published by: Dr Prashant Agrawal, Dr Aklesh Tandekar

Author: Dr Prashant Agrawal

Paper ID: V6I1-1196

Paper Status: published

Published: January 20, 2020

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Review Paper

Review on Anthocyanins as herbal pH indicators

In the acid-base titrations, standard synthetic indicators are used to exhibit color change at different pH intervals. Anthocyanins (natural color pigments) in plants exhibit color changes with pH variations. The aim of this study is to investigate the activity of plant extracts, Rosa indica and Rubus occidentalis, to replace the synthetic indicators. Synthetic indicators cause chemical and environmental pollution, are toxic, expensive and rarely available. Methanolic extracts of Rosa indica and Rubus occidentalis exhibit sharp and intense color change in comparison to the standard synthetic indicators phenolphthalein and methyl orange. Herbal indicators are pollution-free, non-toxic, easily available and cost-effective.

Published by: Archita Y. Musale, Prajwal S. Wagh

Author: Archita Y. Musale

Paper ID: V6I1-1192

Paper Status: published

Published: January 17, 2020

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