Volume 9 | Issue 6 |

 Abstract

The study delineates effect of a polymorphism in NLR family pyrin domain containing 1 (NLRP1) protein which causes dysfunction, leading to a compromised immune response resulting in increased susceptibility of the host towards the foreign pathogenic infections. NLRP1 inflammasome promotes the activation of interleukin IL-1, IL-18, IL-33 which are effective mediators of inflammatory innate immune response to tissue damage and pathogen invasion. The retrieval of SNPs of the NLRP1 gene has been carried out through dbSNP. The deleterious SNPs were discerned using the computational tools SIFT, I-MUTANT, PhD-SNP and PROVEAN. The SNP V939M of NLRP1 was predicted to be the most deleterious on the basis of the outcomes from the computational tools. The protein structure of NLRP1 was retrieved from PDB (Protein Data Bank) and the structural mutations were carried out in Pymol. (patchdock)

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 Keywords

NLRP1, Dysfunction, Innate Immunity, Inflammasome, Interleukin IL-1, Caspase-1, V939M

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Creative Commons Attribution 4.0 and The Open Definition

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This paper presents a farm monitoring system by using Smartphone application and Internet of Things. Using this system, farmers can remotely monitor farm for soil moisture, pH level in the soil, temperature and humidity in the environment, level of water using the sensors soil moisture sensor,ph sensor, temperature sensor and humidity sensor and microcontroller is used to control and automate the farm processes and The User or the farmer in this case registers himself in the system using the Android Application on his phone. The users fetch the data related to crop requirement as a whole which includes the number of acres registered by other farmers and the demand status for various crops. The information gets updated in real time so that farmers get to know which crops will be in demand and which crops will not be in demand. This is a predicted demand information that a farmer would get to make the right decision of crops.

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Keywords:Internet of things,Temperature, Humidity, soil moisture,Arduino MEGA,GSM

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 Abstract

Computerization of the encompassing environment of a present day individual permits expanding his work proficiency and solace. There has been a huge improvement in the zone of an individual's standard undertakings and those can be mechanized. In the present times, we can discover the greater part of the general population sticking to their cell telephones and brilliant gadgets for the duration of the day. Subsequently with the assistance of a buddy cell phone, every day family assignments can be refined by embodying the utilization of the cellular telephone. Voice Operated Home Automation System (VOHAS) has been intended for devices running Android which acts as a medium to mechanize a 8 bit Bluetooth interfaced microcontroller, Arduino. It has been programmed to control various home apparatuses like lights, fans and numerous other home appliances all the more utilizing on/off transfer. This paper shows the computerized methodology of controlling the gadgets in a family that could be a replacement of conventional switches. The most celebrated and effective innovation for short range remote correspondence Bluetooth is utilized here to computerize the framework. The VOHAS framework for Android clients is a stage towards the simplicity of the assignments by controlling one or more distinct machines in any home environment.

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 Keywords

Arduino, Mobile App, Bluetooth Module, Relay, Voice Operated Automation.

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

It is essential that Visa organizations can distinguish false Mastercard exchanges so clients are not charged for things that they didn't buy. Such issues can be handled with Data Science and its significance, alongside Machine Learning, couldn't be more important. This undertaking expects to outline the demonstrating of an informational collection utilizing AI with Credit Card Fraud Detection. The Credit Card Fraud Detection Problem incorporates demonstrating past Visa exchanges with the information of the ones that ended up being extortion. This model is then used to perceive if another exchange is fake. Our target here is to identify 100% of the fake exchanges while limiting the off base misrepresentation arrangements. Charge card Fraud Detection is an average example of arrangement. In this cycle, we have zeroed in on examining and pre- preparing informational indexes just as the sending of numerous irregularity discovery calculations, for example, Local Outlier Factor and Isolation Forest calculation on the PCA changed Credit Card Transaction

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

Online Transaction is a popular mode of payment and most of the payments done by using credit card but credit card fraud happens continuously and it leads to huge lose. So all the banks and other financial industries supports to the progress of Fraud identification of credit card. The fraudulent transactions can takes place in different ways, identification of credit card fraud is very important to the credit card companies so that customers will not be charged for the items those are not purchased. This paper explained the concepts related to credit card and used different machine learning algorithms like logistic regression and random forest method .2,84,808 credit card transactions of dataset is collected from kaggle and these transactions are from European bank. Identification of credit card is an example of classification and in this process includes analyzing and preprocessing the data set along with the deployment of Machine learning algorithms.

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 Keywords

Credit card fraud, logistic regression, random forest

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

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Leadership Style, Hotels, Hospitality, Manager

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Creative Commons Attribution 4.0 and The Open Definition

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ABSTRACT Low cost, low power consumption, high operating speed, and high integration density-based electronic goods are economically requisite in business, engineering, science and technology in the present era. Single Electron tunneling based threshold phenomenon is one approach by which all the logic gates, combinational and sequential circuits can be implemented. Single Electron tunneling devices (SEDs) and Threshold Logic Gates (TLGs) have the capabilities of controlling the transport of only an electron through a tunnel junction at a time. A single electron bearing the charge is sufficient to store an information in a SED in the atmosphere of 0K. Power required in the single electron tunneling circuits is very low in comparison with the (CMOS) circuits. The speed of the processing of TLG based devices will be very near to electronic speed. The single-electron transistor (SET) and TLG both attract the scientists, technologists and researchers to design and implement their large scale circuits for small cost of the ultra-low power and its small size. All the tunneling events in the case of a TLG-based circuit happen when only a single electron tunnels from one conductor to other through the tunnel junction under the proper applied bias voltage and multiple input voltages. For implementing an up-down converter, TLG would be a best candidate to fulfill the necessities requiring for its implementation. So far as the Ultra-low noise is concerned, TLG based circuit would be a best selection for implementing the desired tunneling circuits. Different TLGs like 2- or 3- input AND and OR, RS Flip-flop and T-Flip-flop, an UP-Down counter are implemented by using linear or non-linear threshold logic gates or devices. And their corresponding truth table or simulated results are given in due places.

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 Keywords

up-down Counter, Electron-tunneling, Coulomb-blockade, linear threshold gate

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

Brain tumors are the most frequent and severe cancer with a life expectancy of only a few months in the most advanced stages. As a result, therapy planning is an important step in improving patients' quality of life. Various image methods such as computed tomography, magnetic resonance imaging, and ultrasound images, are commonly used to examine tumors in the brain, lung, liver, and other organs. Biopsy is used to classify brain tumors. It is done before final brain surgery. Technology advancements and machine learning can assist radiologists in tumor diagnosis without the need of invasive procedures. The convolutional neural network is a machine-learning technique that has shown to be effective in image segmentation and classification. Automatic brain tumor categorization is a difficult undertaking due to the enormous geographical and structural heterogeneity of the brain tumor's surrounding environment. The use of Convolutional Neural Networks (CNN) classification for automated brain tumor detection is proposed in this paper.

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 Keywords

Brain Tumors; Computed Tomography; Magnetic Resonance, Convolutional Neural Networks.

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Creative Commons Attribution 4.0 and The Open Definition

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Extracting useful information from numerous records stored in medical data structures is particularly difficult. Developed primarily for use in web information systems, web semantic technologies offer efficient solutions for the management of complex and distributed data and can also be used in clinical information. The semantic web provides solutions to encode information in a meaningful way and as a result, records can be searched efficiently and created easily. Semantic web technologies can facilitate the management and sharing of information to promote linguistic competence in healthcare information systems. Technological advances in biomedical engineering and scientific health disciplines have enabled many Health Information Systems (HIS) and medical devices to generate enormous amounts of data. Hospitals produce this data daily and the data produced has diverse sources and is therefore stored in different repositories or databases resulting in limited relevance of HIS data. This article aims to provide an overview of semantic web technologies in health care.

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 Keywords

Health Information System, Ontologies.

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

The ports are very significant in India because of economic growth of India is depends on Sea Transport and it is a principal constituent to the international trade. Indian ports met rapidly expanding traffic, handling more than a billion tonne of cargo for example 2013-14 the major ports accounted for 57.11 per cent (555.50 MT) of the cargo by volume. This underlines the importance of sustaining the growth and development of ports. Berth generally is used for handling of cargoes which are classified bulk berth, container berth, general berth, coal berth, Iron ore berth and fertilizer berth. Total number of berth is 239 in all the 12 major ports in India. The general berth depth is lowest among the other types of berth and it is between 8mtrs to 12.5mtrs. The traditional major port of Kolkata, Mumbai and Chennai are declining performance due to inadequate berth and depth of the port. So, the researcher concludes that Indian port authority should take the steps to increasing the depth of the berth for using mother vessels.

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 Keywords

Port, Berth, Vessel, International trade, and Depth

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Creative Commons Attribution 4.0 and The Open Definition