bluuebunny/crossref_metadata_2025 huggingface dataset:
Peningkatan Produksi dan Manajemen Home Industri Produsen Gula Aren Desa Lerep, Kecamatan Ungaran Barat, Kabupeten Semarang
Authors: Lestari Puji , Prabowo Heri , Choiriyyah Zumrotul
Published: August 2019

Lerep Village is a potential tourism village which needs some effort to increase the potential of its society. One of its potential home industry activities is the production of brown sugar, shown by the raw materials which have not been used optimally yet. The problem arising is the production aspects including processing and packing which tend to ignore the health aspects, productin management aspect, simple finance and marketing aspects, less attention to the environmental health aspects such as ignoring the ash resulted from cooking the brown sugar using wood and health at work by using less Self-Protection Tools. The results showed an increase in the knowledge and skills from the assessed aspects. The average of the increase of knowledge and skills of each assessed aspect was: production aspects: 86, 2 %, management aspects:66,6%, environment health aspects: 78 % and health at work aspects: 63 %
Fire Propagation Study in Naturally Ventilated Buildings using Computer Simulation
Authors: Singh Raja
Published: August 2019

Fire safety is of imminent concern in buildings since the first building was made. In a fire, the major concerns are evacuation and safety from the smoke and the heat. Smoke and the heat of the fire spreads in the building from one space to the other if there is continuity in space. Naturally ventilated buildings are made with a premise of enhancing this vertical and horizontal continuity in order to create health ventilation and air movement. In case of a fire, these natural ventilation pathways can facilitate the flow of smoke and heat through the spaces. This study aims at verifying using computational fluid dynamics simulation the actual role played by natural ventilation elements in the propagation of fire in buildings. A CFD (Computational Fluid Dynamics) package called FDS(Fire Dynamics Simulator) has been used preceded by a 3D model made in a 3D modelling software. The CFD software uses laws of conservation of mass, momentum and energy to actually evaluate the change in the mass, momentum and energy in small cells. These cells are of which the test space is made up of and is divided into. A test case is made up of a building with conventional design. This is tested against enhanced naturally ventilated buildings with parametric iterations. The first model of the building has one feature and then the feature gets added and tested again in each case. Here, we can compare in real time the effect of each feature against a base case and against the other features provided for enhanced natural ventilation. What is compared in all the results is the slices made at the same location. This gives us an insight on the fire propagation in naturally ventilated buildings and designers can use this to prevent fires from endangering the lives of the inhabitants.
ORGANIZATION AND RESULTS OF
ROSPOTREBNADZOR BODIES ACTIVITY IN THE VOLGOGRAD REGION DURING
PREPARATION AND HOSTING THE XXI FIFA WORLD CUP IN VOLGOGRAD
Authors: Zubareva O.V. , Malkov N.M. , Taratutina M.N. , Krasnova E.M. , Serova E.V. , Krasnova N.I. , Perekhozhev S.V. , Osadchii V.S. , Abros’kina N.V.
Published: August 2019

We presented the experience of ensuring sanitary and epidemiologic wellbeing during the preparation
and hosting mass events with the international participation on the example of matches held within the
XXI FIFA World Cup in Volgograd. The paper outlines the algorithm of planning, preparation and implementation
of measures for the sanitary protection of the territory in order to prevent the entry of infectious
diseases, epidemiological surveillance and control on environmental health and safety, sports
facilities and their location, food safety and consumer rights protection.
SANITARY AND QUARANTINE CONTROL AT
CHECKPOINTS ACROSS THE STATE BORDERS OF THE RUSSIAN FEDERATION
IN THE KALININGRAD REGION DURING THE PREPARATION AND HOSTING
THE 2018 FIFA WORLD CUP
Authors: Babura E.А. , Sadriddinova D.А.
Published: August 2019

We presented detailed analysis of the organization of sanitary and quarantine control at checkpoints
across the State borders of the Russian Federation in the Kaliningrad region during the preparation and
hosting mass international events on the example of the 2018 FIFA World Cup.
METHODOLOGICAL APPROACHES TO
THE TRANSFORMATION OF PRIMARY HEALTH CARE ORGANIZATION FOR
MINORS IN EDUCATIONAL INSTITUTIONS: ALGORITHM OF PHYSICIAN’S
ACTIVITY ON HYGIENE OF CHILDREN AND ADOLESCENTS
Authors: Moldovanov V.V. , Kuchma V.R. , Shubochkina E.I.
Published: August 2019

The paper examined the issues of sequence (algorithm) of physician's activity on the hygiene of children and
adolescents of the department for medical care organization for minors in educational institutions. We have
formulated the methodological basis for the development of recommendations for the provision of primary
health care to students (algorithms of the physician’s activity on the hygiene of children and adolescents of the
departments for medical care organization to minors) that will improve the efficiency and effectiveness of all
concerned organizations activities in the field of hygiene and child and adolescent health, ensuring sanitary
and epidemiological wellbeing of younger generation.
PECULIARITIES
OF THE INFLUENZA EPIDEMICS DURING 2015–2016, 2016–2017 AND 2017–2018
SEASONS IN THE REPUBLIC OF SAKHA (YAKUTIA)
Authors: Ignat’eva M.E. , Samoilova I.Yu. , Budatsyrenova L.V. , Korita T.V. , Trotsenko O.E.
Published: August 2019

We analyzed the epidemiological situations on influenza and acute respiratory viral infections during the
2015–2016, 2016–2017 and 2017–2018 epidemic seasons in the Republic of Sakha (Yakutia). The 2015–2016
and 2016–2017 epidemic seasons differed from the previous ones by a rather high intensity of the epidemic
process, moderate duration of the epidemic awareness with a two-wave pattern of the course, high morbidity of
the population at the epidemic peak and the absence of the disease’s severe forms in those vaccinated against
influenza. During the 2015–2016 epidemic season, the influenza A (H1N1) virus was the dominant pathogen
in Yakutia. During the 2016–2017 epidemic season, the first morbidity awareness was caused by the influenza
A (H3N2) virus, the second morbidity awareness was caused by the influenza B virus. In contrast to previous
two seasons the 2017–2018 epidemic season is characterized by lower intensity, a significant morbidity
decrease of influenza and acute respiratory viral infections in different age groups of the population and a low
level of influenza viruses' circulation. Influenza A (H3N2) virus dominated and joined influenza B virus
circulation was registered subsequently during the 2017–2018 epidemic season.
CURRENT ISSUES OF ENSURING
SANITARY AND EPIDEMIOLOGICAL WELLBEING DURING THE PREPARATION AND
HOSTING THE 2018 FIFA WORLD CUP ON THE VORONEZH REGION TERRITORY
Authors: Mekhant'ev I.I. , Lastochkina G.V. , Shukelait’ A.B. , L.A. L.A.
Published: August 2019

We systemized the experience of the Rospotrebnadzor Office in the Voronezh Region in organization and carrying
out the sanitary and hygienic and anti-epidemic (preventive) measures during the preparation and hosting the
2018 FIFA World Cup (Championship) to ensure sanitary and epidemiological wellbeing within its subordinate
area. The priority directions of activity during the preparation and hosting the competitions period are determined.
We showed and presented the results of the laboratory control for the environmental objects, monitoring during
the Championship preparation and hosting period; the results of the surveillance activities regarding the potential
risk objects; outreach on the infectious diseases’ prevention.The issues of interdepartmental interaction with the
territorial bodies of the federal executive bodies, the executive bodies of the Voronezh region during the preparation
and hosting of the mass events are reflected. The paper presents an assessment of the epidemiological situation on
the morbidity of infectious and parasitic diseases on the territory of Voronezh during the preparation and hosting
the Championship. We showed the activity issues of the Rospotrebnadzor Office in Voronezh Region at checkpoints
across the state border of the Russian Federation; immunization of people who were taking part in the events of the
competitions. The issues of consumer protection on issues related to the Championship are briefly covered.
ANALYSIS AND EVALUATION OF BLOOD PLASMA PROTEOMIC PROFILE VIOLATIONS DUE TO THE INCREASED CONCENTRATION OF FLUORIDE ION IN CHILDREN’S URINE
Authors: Zaitseva N.V. , Zemlianova M.A. , Bulatova N.I. , Koldibekova J.V.
Published: August 2019

We evaluated the air quality by the content of fluorine-containing compounds according to monitoring studies, chemical and analytical determination of fluoride ion in urine and performed proteomic analysis of blood plasma in children of the observation and comparison group. The increased content of fluoride ion in the urine was found in children of the observation group relative to the same indicator in children of the comparison group and the reference level in conditions of poor air quality for the hydrofluoride content due to the economic activity of aluminum production facilities. The concentration of fluoride ion in the urine is justified as a marker of inhalation exposure. A comparative analysis revealed the presence of significant differences in the relative volume of protein spots. Mass spectra were obtained that contain information about the peptides included in the composition of the studied protein set and the genes encoding identifiable proteins were established.
LOYMOPOTENTIAL OF TREMATODIASES FOCI AND THE RISK OF INFESTATION FOR THE POPULATION IN THE BELAYA RIVER ECOSYSTEM
Authors: Ushakov A.V.
Published: August 2019

Loymopotential of natural foci of opisthorchiasis, metorchiasis (Metorchis bilis) and pseudamphistomiasis determine risk of infestation for the population with these trematodiases. There is a focal system of combined natural foci of opisthorchiasis – metorchiasis (M. bilis) – pseudamphistomiasis in floodplain-river ecosystem of the Belaya River in the carry-over area of pseudamphistomiasis causative agent which enters the river course with a bleak population. There is a stable risk of infestation for the population with the agents of these parasites through when eating bleak (age group of fish from one to three years old and elder) caught in the river course (the combined area of the carry-over of the opisthorchiasis, metorchiasis (M. bilis) and pseudamphistomiasis causative agents).
Архитектурный взгляд – продолжение
Authors: Sedov A.
Published: August 2019

Архитектурным отделом института МосводоканалНИИпроект, кроме создания гармоничного внешнего вида и интерьеров объектов, всегда решаются задачи по созданию логичной и четкой объемнопланировочной структуры зданий, обеспечивающей оптимальное функционирование технологических процессов и инженерных систем, комфортные условия работы персонала. На основе такого подхода за последние 5 лет разработаны и реализованы многочисленные проекты, которые рассматриваются с точки зрения специфических особенностей и требований архитектурного проектирования. Представлены наиболее значимые объекты водоподготовки и водоочистки. Среди них реконструкция Курьяновских и ЮжноБутовских очистных сооружений, строительство сооружений на Западной станции водоподготовки в Москве. Затронут вопрос проектирования на территории Новой Москвы, в частности очистных сооружений в поселке Рогово. Подробно рассматривается увеличивающийся в объеме сегмент проектирования объекты по санитарной очистке города. Среди них ЭкоТехноПарк Калуга. Приведены примеры успешной работы со сторонними организациями, в частности Московским нефтеперерабатывающим заводом, насосноперекачивающей станцией Ховринская.

The architecture department of MosvodokanalNIIproject JSC, in addition to designing harmonious appearance and interiors of the facilities always solves the problem of providing for logical and clear spaceplanning structural arrangement of buildings, ensuring the optimal functioning of technological processes and engineering systems, comfortable working conditions for the staff. Based on this approach, for the last 5 years numerous projects have been developed and implemented that are considered in terms of specific features and requirements of architecture design. The most significant water and wastewater treatment projects are presented. Of these there is reconstruction of the Kuryanovo and SouthButovo wastewater treatment facilities in Moscow, construction of water treatment facilities at the Western water treatment plant. The issue of designing wastewater treatment facilities in the territory of New Moscow, in particular, in the village of Rogovo, is touched upon. The expanding segment of designing urban sanitation facilities is considered in detail. Of these are EcoTechnoPark Kaluga. Successful case studies of cooperating with thirdparty contractors, in particular, on the Moscow oil refinery, and the Khovrinskaia pumping station are presented.
Investigation of the compressibility of low-cement corundum castable with the addition of chromium oxide depending on moisture and pressing pressure
Authors: Primachenko V. V. , Shulik I. G. , Galchenko T. G. , Protsak E. B. , Belik L. V.
Published: August 2019

The mass compressibility of composition low-cement corundum castable with an addition of chromium oxide, depending on its moisture (2.5, 3.0, 3.5, 4.0, 4.5 %) and specific pressing pressure (50, 75, 100 N/mm2) has been investigated. The optimum moisture of the forming mass (3.0—3.5 %) and the pressing pressure (100 N/mm2), which ensure the production of fresh-formed samples with an apparent density of 3.14 g/cm3, dried (after hardening in humid conditions for 7 days ) with an apparent density of 3.03—3.04 g/cm3, and fired samples with an apparent density, open porosity and compressive strength, respectively, of 2.97—2.98 g/cm3, 24.8—25.0 %, 80—83 N/mm2, were established. The obtained research results can be used at the enterprises producing carbon black for the products manufacture by semidry pressing or ramming methods from the delivered by PJSC “UKRNIIO NAMED AFTER A. S. BEREZHNOY” dry mixtures containing all the necessary mass components. The products ramming, as well as pressing, must be carried out up to obtain an apparent density of fresh-formed green not less than 3.14 g/cm3.
Research lime type influence on composite binder properties in different curing conditions
Authors: Lutsyuk I. , Yakymechko Ya. , Chekanskyi B.
Published: August 2019

It was established by X-ray analysis that the main crystalline phases in the system gypsum—lime are calcium sulphate dihydrate, Portlandite and Calcite. When metakaolin was added into the binder, Ettringite presence on the X-ray diffraction pattern was recorded. The purpose of the research is selection of optimal technological parameters of quicklime for binder in the system gypsum—lime—metakaolin based on comparative analysis of the physical-mechanical and working characteristics of composite stone. It was established that the composite binder with fast quenching lime has bigger strength of 20—40 % (regardless of curing conditions), higher water resistance coefficient and undergoes less deformation changes that the binder with medium quenching lime.
Thermal Analysis of Semi-Circular Pin Fins for Application in Electronics Cooling
Authors:   Research Scholar, Department of Mechanical  Engineering, National Institute of Technology, Silchar, Assam, India., Yadav Saroj , Ambe Verma Kumari ,   Research Scholar, Department of Mechanical Engineering, National Institute of Technology, Silchar, Assam, India., Ray Mukul ,   Public Works Department, Government of Tripura,  Agartala- 799006, India., Pandey Krishna Murari ,   Professor, Department of Mechanical  Engineering, National Institute of Technology, Silchar, Assam, India.
Published: August 2019

Efficient thermal energy management of a system is always a prime requirement for many equipment and industries. The performance of almost all devices are affected by the thermal conditions of the system, which also include the surroundings. Generation of heat is an unavoidable phenomenon for any device that runs on external power sources. The generated heat in such systems must be dissipated to the surrounding. It requires efficient utilization of the surface area with minimum flow losses in the system. It was always desirable to have a heat sink in the all devices that occupy minimum space with maximum effectiveness. The present work is an effort to analyze conjugate heat transfer physics in a 3-D system of aluminum pin fins, with air as the working fluid. A finite element solver, COMSOL 4.3a has been used in simulating a staggered pin fin arrangements placed over a base plate. The solver is validated using the empirical data of previous literature. The thermal analysis has been performed on semicircular pin fins with uniform cross section. Consideration is given to staggered arrangement of semicircular fins with various relative distances between two sections of a circle with various inlet velocities. Heat transfer coefficient, Nusselt number, skin friction coefficient and pressure coefficient are four parameters that are taken into consideration for analyzing all the fin geometries in the current study. The proposed shapes are designed to increase the wetted surface area by keeping the fin material volume constant.
Prediction of Core Shear Strength in Sandwich Composites using Deep Learning and Support Vector Regression
Authors:   Department of CSE,AJEIT Mangalore,Karnataka,India., P J Antony , M R Prajna ,   Department of CSE,KVGCE Sullia,Karnataka,India., N A Jnanesh ,   Department of Mech, KVGCE Sullia,Karnataka,India.
Published: August 2019

In the present study, machine learning approaches have been developed to predict the 180 days aged core shear strength of sandwich composites. The characteristics of the sandwich composites depends on the number of factors namely fibre type i.e., Chopped strand Mat, Stitched, Chopped strand Mat and Woven Roving, core density, bond between the core and the face sheets and the ability to bear the load in flexural mode. In the current approach deep learning and SVR models were worked out by taking on six different parameters namely foam density, aging temperature and variety of fiber types as input variables. For each set of these input variables, the 180 days aged shear strength of sandwich composites with a test frequency of 30 days was determined. The paper aims at predicting the core shear strength value of stitch bond sandwich composites using other three aforementioned fibers. To create the model and confirm the accuracy of the algorithm training and test data are considered. The results obtained revealed that the deep learning model develo ped provides better predictive ability than the model of SVR.
Planing Structure and Preparation of Cost Effective Sun Oriented Vitality Based Electrical Power Framework System at Alakh Prakash Goyal Shimla University Himachal Pradesh
Authors:   Department of Electrical Engineering,  under the School of Technology and Sciences at Alakh Prakash  Goyal Shimla University, Shimla (INDIA)., Sharma Er. Vikas , Mohan Dr. Anand ,   Professor in the department of Electrical  Engineering under the School of Technology and Sciences at Alakh  Prakash Goyal Shimla University, Shimla (India).
Published: August 2019

The vital reason behind this paper is to plan, structure and set up a perfect electric power age using feasible power source at Alakh Prakash Goyal Shimla University, Shimla. A daylight based crucial rate has been suggested that will cover the sun based power age cost, then again called the cost recovery program. Likewise one of the significant parts of this investigation is to diminish vitality utilization in Alakh Prakash Goyal Shimla University, Shimla; this paper endeavors to propose electrical power age with the utilization of sun powered vitality. The point was to show that sustainable power source can be a suitable elective hotspot for providing the required electrical power vitality. The photovoltaic power plant has a normal sun based radiation of 6.54 KWh/m2 for most recent multi year. All out burden on college is around 200 KW and the college expends units between 40000 - 75000 units, bringing about a normal charging of INR.₹ 2.0 – 3.5 Lakhs bill. After establishment of Solar PV modules power bill has been lessen by INR.₹ 0.5-1.20 Lakhs.
Low Power Implementation of Linear Feedback Shift Registers
Authors:   Department of ECE,PSG Institute of Technology and  applied Research ,Coimbatore, Tamil Nadu, India, M Jayasanthi , AK Kowsalyadevi ,   Department of ECE,PSG Institute of Technology  and applied Research ,Coimbatore, Tamil Nadu, India
Published: August 2019

This paper describes low power design and implementation of Linear Feedback Shift Register (LFSR). The easiness in implementation and simple operation of Linear Feedback Shift Register have made it fit into a wide range of digital systems design. Since random pattern generation, data encryption and decryption play a major role in communication systems, the LFSR comes into view for developing the patterns for these applications. As the need increases day after day, simple and high-performance design of LFSR is required. As power consumption of the device being an important factor in the VLSI circuits, it has to be reduced by including power optimization techniques in the designs. Pulsed Latch is a popular technique of reducing power consumption which uses Pulsed Latches instead of flip-flops. As latches have lesser number of circuit elements compared to flip-flops, the area is also minimized. By implementing this pulsed latch technique, the linear feedback shift register can be designed with low power and area. The design entry is done in VHDL code and implemented using Cadence tool. In Cadence, Nclaunch, RTL Complier and Encounter tools are used for simulation, synthesis and implementation. With this method, the power reduction is achieved up to 41.99%
A Machine Learning based Preventing the Occurrence of Cyber Bullying Messages on OSN
Authors:   Department of Information Technology,  Vignan’s Institute of Information Technology, Visakhapatnam, India., Prasad Kaki Leela , Anusha Pilaka ,   Department of Computer Science Engineering,  Vignan’s Institute of Information Technology, Visakhapatnam, India., Rao MaradaSrinivasaa ,   Department of Computer Science  Engineering, Vignan’s Institute of Information Technology, Visakhapatnam,  India., Rao Dr. K.Venakata ,   Department of Information Technology, Vignan’s  Institute of Information Technology, Visakhapatnam, India.
Published: August 2019

The process of threaten or harassment of any user with the help of posting wrong/abused or vulgar messages using the social media in the internet is known as Cyber bullying .These messages may sometime contain a text posted by a teen, or preteen or a child who want to threaten or harassed or embarrassed other child by posting the messages. So in this project, we mainly try to propose another depiction learning strategy to handle this issue known as SEMdae. Here the semantic augmentation comprises of predefined words that contain noise or abused meaning which is posted into the database by the admin and these words are classified based on the five categories that are available in the literature like “HATE, VULGAR, OFFENSIVE, SEX, and VOILENCE”.
Tensile and Micro Structural Properties Analysis of Biodegradable Polymer Blends
Authors:   PhD in mechanical engineering at JNTUA,  Anathapur, Ramanjaneyulu B , Venkatachalapathi Dr.N. ,   professor and R & D Dean. B.V.B College  of science and technology,, Prasanthi Smt.G. ,   graduated from JNTU college of Engineering,  Anantapur, PG from BITS Pilani, Rajasthan,
Published: August 2019

poly lactic acid (PLA), Acrylonitrile butadiene styrene (ABS) and tapioca cassava starch powder (TCSP) were melt blended using twin screw extruder. Mechanical properties, which are tensile strength, young’s modulus, % elongation and flexural strength Vs. flexural modulus determined by the help of Universal testing machine (INSTRON UTM-3969).Morphological of PLA/ABS /TCSP blends was investigated by the help of scanning electron microscopy (SEM), the SEM images of (b-d) shows spherical morphology on the tensile fractured
Development of Multi use Refrigeration System
Authors:   Dept. of Mechanical Engineering, Vivekananda College  of Engg. & Technology, Puttur D K, Karnataka., S R*, Harish , Kumar K Satheesha ,   Dept. of Mechanical Engineering, Vivekananda  College of Engg. & Technology, Puttur D K, Karnataka, P V Naveenakrishna ,   Dept. of Mechanical Engineering, Vivekananda  College of Engg. & Technology, Puttur D K, Karnataka., S P Naveen ,   Dept. of Mechanical Engineering, Vivekananda College  of Engg. & Technology, Puttur D K, Karnataka.
Published: August 2019

Conservation of energy is the important factor from global point of view. Waste heat recovery has become significantly necessary and instant effort should be made to conserve this waste energy. Presently the refrigerator system rejects a lot of heat through condenser. This heat can be used for a variety of useful purposes. A multiuse refrigeration setup has been developed in which, both heating and cooling will be done simultaneously with the help of single vapour compression refrigeration cycle. It has a waste heat recovery system from the compressor for heating effect. Here without disturbing refrigeration cycle, the waste heat energy is used for useful work. The study has shown that such a system is technically feasible and economically viable. This concept has a scope of applications in variety of products such as air conditioners, freezers, water coolers and small scale refrigeration plants. This project leads to hybrid heating and cooling application with same vapour compression refrigeration system.
On Line Dirt Based Soot Blowing System using Fuzzy Logic for Utility Boilers
Authors:   Professor,EEE,BIST /BIHER/ Chennai/India, Rangaswamy Dr.T.R. , Jayalakshmi Dr.V. ,   Associate Professor, EEE, BIST/BIHER/ Chennai/ India
Published: August 2019

Soot is a byproduct of burning coal in thermal power plants. The soot accumulates in the boilers tubes. It gradually spoils the heating surface which reduces the heating efficiency. Hence it has to be cleaned. This process is called soot blowing. The existing soot blower control system in the old boiler is composed of relays, timers and contactors which are not efficient. In order to improve the efficiency, an intelligent system is proposed which estimates the dirt in the boiler tube periodically and initiates soot blowing process to improve the thermal efficiency. Simulation results demonstrate the superiority of the proposed scheme when compared to relay logics.
Improvement of Power Quality in Fourteen-Bus System with Three and Five Level IPFC
Authors:   EEE, BIHER,Selaiyur,Chennai,India., Hemavathi G. , Sherine S. ,   EEE, BIHER,Selaiyur,Chennai,India., Dwarakesh K. ,   EEE, BIHER,Selaiyur,Chennai,India
Published: August 2019

The power fluctuation is a major problem faced by the consumers in power system,to resolve thisInterline Power Flow Controlleris used. This article proposes three and five-level Interline Power Flow Controller for power quality enhancement of fourteen bus structure. The main objective of this article is to diminish the THDcreated by IPFC. Simulations carried out and it results indicate that there is an improvement in the output of IPFC in terms of THD, real power, and reactive power. The simulation results indicate that THD of Five Level Based IPFC (FLBIPFC) is less than that of the Three-Level Based IPFC (TLBIPFC) for fourteen bussystem.
Basic Results of Convex Category Theory
Authors:   Department of Mathematics, BIHER, Chennai, Tamilnadu, India, Rashmi J. , Jagadeeswari P. ,   Department of Mathematics, BIHER, Chennai, Tamilnadu, India.
Published: August 2019

Let S ⊂ |Mk ,Y |. It Has Long Been Known That J <∅ [26]. We Show That S00 Is Not Invariant Under Η. On The Other Hand, This Could Shed Important Light On A Conjecture Of Torricelli. Every Student Is Aware That I Is Separable.
Reversibility Connections to Landau’s Conjecture on Stability
Authors:   Assistant Professor, Department of Mathematics, BIHER, Chennai, Tamilnadu, India., Jagadeeswari P. , Jagadeeswari P. ,   Assistant Professor in Department of Mathematics, BIHER, Chennai, Tamilnadu, India., Jagadeeswari P. ,   Assistant Professor in Department of Mathematics, BIHER, Chennai, Tamilnadu, India.
Published: August 2019

Let B be a random variable. In [1], the authors address the ellipticity of ultra-analytically multiplicative ideals under the additional assumption that We show that Ξ is multiplicative, continuous and pseudo-maximal. This could shed important light on a conjecture of Wiles.
The Impact of Cacheable Epistemologies on Networking
Authors:   assistant professor, CSE Department, Bharath Institute of higher education and research, Chennai, India., Kavitha S. , Vimala D. ,   assistant professor, CSE Department, Bharath Institute of higher education and research, Chennai, India
Published: August 2019

Reinforcement learning and agents, while confusing in theory, have not until recently been considered unproven. Here, we disprove the understanding of operating systems. Our new application for ambimorphic modalities, is the solution to all of these obstacles.
Signify: Signature Verification Technique using Convolutional Neural Network
Authors:   BS Computer Engineering graduate, Batangas State University, Batangas City, Philippines., C. Laylo Alexandra Mae , A. Decillo Mark Daryl ,   BS Computer Engineering graduate, Batangas State University, Batangas City, Philippines., F. Boo Louie Andrew ,   BS Computer Engineering graduate, Batangas State University, Batangas City, Philippines., Sarmiento Jeffrey S. ,   Computer Engineering Department, College of Engineering, Architecture and Fine Arts, Batangas StateUniveristy, Batangas City, Philippines.
Published: August 2019

Signature is one of the biometric traits that are being used in person authentication and due to its dominant usage; it became one of the top subjects of forgery. In this study, a signature verification using Convolutional Neural Network (CNN) is proposed. With the use of transfer learning, inception-v3 is mainly used for the feature extraction of data samples and for classification of signatures. The proposed method is assessed on dataset of handwritten signatures gathered from 4 people with 100 signatures each. The testing results determine the threshold value which is 96.43%. Factors that affect the accuracy of the result were also identified.
Prediction of ISO 9001:2015 Audit Reports According to its Major Clauses using Recurrent Neural Networks
Authors:   Mapua University, Manila, Philippines, Tarnate Ken Jon M. , Devaraj Madhavi ,   Mapua University, Manila, Philippines
Published: August 2019

The Quality Assurance Department of the educational sectors is rapidly generating digital documents. The continuous increase of digital documents may become a risk and challenge in the future. Interpreting and analyzing those digital data in a short period of time is very critical and crucial for the top management to support their decisions. By this purpose, this paper explored the possibility of machine learning and data mining process to improve the Quality Assurance Management System process, specifically in the Quality Audit procedures and generation of management reports. The researchers developed a machine learning model that predicts an audit report according to the major clauses of the ISO 9001:2015 Quality Management System (QMS) Requirements. The proposed data mining process helps the top management to identify which principles of the ISO 9001:2015 QMS Requirements they are lacking. The authors used four different Recurrent Neural Networks (RNNs) as a classifier; (1) Long Short Term-Memory (LSTM), (2) Bidirectional-LSTM, (3) Deep-LSTM and a (4) Deep-Bidirectional-LSTM Recurrent Neural Networks with a combine word representation models (word encoding plus an embedding dimension layer). The Deep-Bidirectional-LSTM outperformed the other three RNN models. Where it achieved an average classification accuracy of 91.10%
Implementation of Solar Electricity and Water Filtration systems for a Smart House
Authors:   De La Salle University Manila, 2401 Taft Avenue Manila, Philippines., Africa Aaron Don M. , S. Cruz Glenn Julius ,   De La Salle University Manila, 2401 Taft Avenue Manila, Philippines., Dilla Jerick C. ,   De La Salle University Manila, 2401 Taft Avenue Manila, Philippines., Hung John Carlos M. ,   De La Salle University Manila, 2401 Taft Avenue Manila, Philippines., Mendoza Kristel Anne G. ,   De La Salle University Manila, 2401 Taft Avenue Manila, Philippines., Tian Jun Lin ,   De La Salle University Manila, 2401 Taft Avenue Manila, Philippines.
Published: August 2019

The use of fossil fuels as a source of energy is one of the problems faced by the government nowadays. These cause harmful effects not only on humans, but also on the environment. Another problem is the supply and sanitation of water. The supply is becoming limited especially in rural areas and the sanitation is not being assured. In this research paper, the uses of solar energy and water as alternative sources are discussed. This research implemented solar electricity and water filtration systems for home use. Through these systems, the user can save a minimum of 20% of specific electricity wattage and save a certain amount of filtered water depending on the amount of rainwater collected. The materials used are Solar Panel, AGM Battery, Grid-tie Inverter, Charge Controller, Reverse Osmosis System, LCD, gizDuino+, ATMEGA 324P, and various components like resistors, transistors, and wires that made up the monitoring system’s circuit.
Development of IEEE 802.11 Compliant Antenna with WLAN Mobile Multimedia Messaging Application for Emergency Communication Purposes
Authors:   Department of Graduate Studies, Technological Institute of the Philippines-Manila, Philippines., Musa Vincent M. , Enriquez Jennifer B. ,   Department of Graduate Studies, Technological Institute of the Philippines-Manila, Philippines.
Published: August 2019

In emergency or disaster situations, when communications were interrupted due to damaged local network infrastructures, coordination are affected. Moreover, the deployment of specialized technologies such as satellite and shortwave communication network were found impractical. The objective of the study was first, to construct an improvised antenna that will be tested on an area with no cellular network and test the router’s operating range using it, and second, to design and develop a mobile multimedia messaging application that utilizes WLAN to send data. Results of the testing shows that improvised antenna achieved operating range of 192 meters, the range achieved 215 meters in area with no cellular network, and the application was capable of sending multimedia messages over WLAN.
Implementing Information Security Mechanism Over Cloud Network
Authors:   Department of Computer Science, Amrita School of Arts and Sciences, Amrita Vishwa Vidyapeetham, Mysuru, India, Bharathan Thejas , Kumar B J Santhosh ,   Department of Computer Science, Amrita School of Arts and Sciences, Amrita Vishwa Vidyapeetham, Mysuru, India
Published: August 2019

The security parts of distributed computing, particularly the security of information, turn out to be increasingly essential. It is important to build up another component to verify the information in the cloud. Cryptographic based symmetric key cryptosystems helps to provide an efficient way to protect information. Enhanced symmetric key cryptosystem AES algorithm has been proposed for securing the data and safely storing to the cloud. This paper is to provide an overall security to the files which are in the cloud so the encrypted file can be retrieved at any time from the cloud. The paper also aims to introduce the mechanism use to secure cloud computing applications as well as to compare some existing algorithm like RSA and AES with an enhanced AES algorithm and to prove that the proposed algorithm is more effective than the other two algorithms. The encryption speed of the algorithms is graphically represented in the paper.
Numerical Experimentation Research in Optimizing the Signal Rate & other Related Factors on Traffic Flow
Authors:   Department of Mathematics, Amrita School of Arts & Sciences, Kochi, Amrita Vishwa Vidyapeetham, India, N Athira , Anand Anjaly ,   Department of Mathematics, Amrita School of Arts & Sciences, Kochi, Amrita Vishwa Vidyapeetham, India
Published: August 2019

Traffic congestion is one of the current issues faced by the major cities constantly, since past few years. A well organized traffic system and its infrastructure can make a positive impact in reducing the block and thereby affecting the social strata and hence, the economy. Considering the current scenario in the city of Thiruvananthapuram, this study is conducted to forecast the optimal delay time of the signals, such as it reduces the congestion problem effectively. Similar to other cities, Thiruvananthapuram is also prone to the traffic jam in roads on a regular basis. This affects the social system immensely by consuming a large amount of time and fuel. The primal objective of this paper is to optimize the delay time provided for the vehicles that could make the system more systematic, by reducing the wastage of idle time.
Cancer cell Detection using FMM Compressed Images
Authors:   Department of Computer Science, Amrita School of Arts and Sciences, Mysuru Campus, Amrita VishwaVidyapeetham, Karnataka, India, Bhargavi Alamuru Gandla , H N Nandini ,   Department of Computer Science, Amrita School of Arts and Sciences, Mysuru Campus, Amrita VishwaVidyapeetham, Karnataka, India, S Akshay ,   Department of Computer Science, Amrita School of Arts and Sciences, Mysuru Campus, Amrita VishwaVidyapeetham, Karnataka, India
Published: August 2019

Counting a lymphocytes is bit a time consuming and tedious task and also not that interesting but we should not neglect the task because doctor should get an accurate report about a patient so that it will help to understand a doctor more about a patient and sometimes the manual counting of lymphocytes may also lead to improper / incorrect count of a lymphocyte which affect in analyzing a patient so we should not neglect the task. Because of these disadvantages we are developing an automated tool to count the number of lymphocytes using image processing. Initially image is converted into gray scale to get the maximum accuracy in the result, and then the image is compressed so that it can be stored in a minimal storage space, then edge detection of a cell is done through canny detection process to extract the counter boundary of the blood cell, then dilation and erode is applied to enlarge the interested cell and contract the non-interested cells by using a morphological characteristics ,then watershed algorithm is applied to segment the cytoplasm and nucleus from the blood cell. Finally counting of lymphocytes is performed.
Segmentation for Complex Background Images using Deep Learning Techniques
Authors:   Department of Computer Science , Amrita School of Arts and Sciences Mysuru Campus, India,, Bazil Issa Ajay , N Manohar ,   Department of Computer Science , Amrita School of Arts and Sciences Mysuru Campus, India,, Jain M Varsha Kumari ,   Department of Computer Science , Amrita School of Arts and Sciences Mysuru Campus, India,
Published: August 2019

Segmentation is an important stage in any computer vision system. Segmentation involves discarding the objects which are not of our interest and extracting only the object of our interest. Automated segmentation has become very difficult when we have complex background and other challenges like illumination, occlusion etc. In this project we are designing an automated segmentation system using deep learning algorithm to segment images with complex background.
On Direct Product of a Fuzzy Subgroup with an Anti-fuzzy Subgroup
Authors:   Department of Mathematics, National Institute of  Technology Jamshedpur , India., Gayen Sudipta , Jha Sripati ,   Department of Mathematics, National Institute of  Technology Jamshedpur , India, Singh Manoranjan ,   Department of Mathematics, Magadh University,  Bodhgaya, Gaya, India.
Published: August 2019

We have introduced and analysed some new refreshing concepts in the field of fuzzy abstract algebra. The main contributions of this paper are fivefold: (1) we have introduced the notion of dual-fuzzy subgroup, (2) we have defined the direct product of a fuzzy subgroup with an anti-fuzzy subgroup, (3) Furthermore, we have defined mixed level subset and mixed level subgroup, (4) we have also developed some new theories as well as propositions based on these newly defined notions and lastly (5) we have redefined these notions using general T-norm and T* conorm.
Complexity Assessment based on UML-Activity Diagram
Authors:   Depatrment of CSE, Assam Engineering Institute, Guwahati,Assam, Lahon Maushumi , Sharma Uzzal ,   School of Technology,Assam Don Bosco University, Guwahati,Assam.
Published: August 2019

Assessing complexity can significantly contribute to the attainment of the various quality attributes associated with a system. The avoidable complexity can be identified and reduced on the basis of the assessment. It holds the key to success of the system being developed. Various evaluation methods exist which have specific objectives and basis and all contribute to enhance product quality. In this paper a Complexity Assessment approach based on Activity Diagrams (CAAD) is proposed to evaluate the process view of the architecture of a system. The proposed approach estimates the complexity of the system/class/function from the UML representation of the process view of the architecture in the form of activity diagrams. This complexity measure may be used to assess and estimate the time and effort required to develop the system. This approach can estimate the coding complexity in terms of size without actually developing the code for the system/class/function. The paper is on calculating a complexity factor C from the given activity diagram and further develop a relationship between C and LOC metrics.
Blockchain Based Packet Delivery Mechanism for WSN
Authors:   CSE, PACE Institute of Technology & Sciences, Ongole, Andrapradesh, India., Anand Dr. S. Raj , Tanguturi Dr. Rama Chaithanya ,   CSE, PACE Institute of Technology &Sciences, Ongole, Andrapradesh, India., D S Soundarrajan ,   IT, PACE Institute of Technology &Sciences, Ongole, Andrapradesh, India.
Published: August 2019

The latest trend in the research filed implies the importance of data security in wireless sensor networks. There are various approaches identified for securing the data by using trust wide security such as cryptographic systems and routing protocols. However, these approaches are very critical to identify the optimal path in the network and attacks by unauthorized node cannot be prevented. In this paper, a new algorithm for combining the AODV (Ad Hoc On-Demand Distance Vector) routing protocol and particle swarm optimization (PSO) is implemented to produce trustable routing in every location through block chain. The possible routing procedure will enhance the routing nodes to acquire routing information among all the nodes but will never allow the node to capture the information. The routing protocol on the blockchain is used to utilize the path efficiently without deviation caused by other anchor nodes. It also identifies the congestion in the entire path of the particular network and avoids tampering of information between the nodes. The blockchain enabled with PSO algorithm and AODV routing protocol provides the simulation results about the efficient packet delivery system. The Security has been performed in every node used to identify the best route for producing the efficient throughput and quality of services.
Cascaded Interleaved Boost Converter for High Power Applications
Authors:   Research Scholar, Sathyabama Institute of Science & Technology, Chennai, India., Ramarajan S. , Babu Dr.R.Samuel Rajesh ,   Associate Professor, Dept.of EIE, Sathyabama Institute of Science & Technology, Chennai, India.
Published: August 2019

This research paper is about proposing and discussing the concept of an interleaved coupled-inductor boost converter for locomotives. Two switches in the proposed converter can be simultaneously switched ON and OFF by interleaving the inductor in the converter. The main advantage of this type is better efficiency, fewer components, and cost. The voltage across the two inductors is altered at the same time by coupling the inductors. This method reduces volume and cost of the circuit. Interleaving topology reduces the current ripples while the cascading method reduces the voltage ripples. Hence the converter functions and efficiency can be improved. The simulation analysis of the proposed converter with different controllers has been studied and verified in this paper.
Using Data Mining Techniques to Analyze the Customers Reaction towards Social Media Advertisements
Authors:   II Year MCA, School of Computing Science and Engineering, VIT - Chennai Campus, Bansal Ashutosh , B Saleena ,   Associate Professor, School of Computing Science and Engineering, VIT - Chennai Campus, B Prakash ,   Assistant Professor, School of Computing Science and Engineering, VIT - Chennai Campus
Published: August 2019

As social media is in boom, it is becoming very easier for customers to share their views and comments and express their feelings regarding any products which are present in online social media. . If these data can be analyzed efficiently different suggestions can be provided to the company regarding to improvise their products sale. It becomes easier for the company to understand the customer’s reaction after seeing the advertisements of the products posted on social media. This research focuses on analyzing the sentiments of customers based on the comments and reviews of products available in Facebook. Sentimental Analysis is performed to analyze the customer comments as positive, negative and neutral and later they are labeled as 0 or 1. After the labeling process, a comparative analysis is performed using different classification algorithms. The classification algorithms used are K Nearest Neighbors (KNN), Support Vector Machine (SVM) and Naïve Bayes Classifier. The classification algorithm with the highest accuracy is identified to predict the sales of online products.
4-Bit Multiplier Design using CMOS Gates in Electric VLSI
Authors:   Assistant Professor, Mallareddy Institute of Technology, Secundrebad, India., Soumya N. , Kumar Kayam Sai ,   Research Scholar, Guntur, KLEF, (A.P) India., Rao K. Raghava ,   Professor, Guntur, KLEF, India., Rooban S. ,   Associate Professor, KLEF University, (A.P) India., Kumar P. Sampath ,   Professor, Mallareddy Institute of Technology, India., Kumar Gurram Narendra Santhosh ,   Research Scholar, KLEF, (A.P) India.
Published: August 2019

In the electronics sector, in particular digital signal processing (DSP), picture processing or even math systems in microprocessors, a quick as well as effort modifier is often required. Multiplier really is an significant component that significantly adds to the system's complete energy usage. In VLSI, multipliers of different bit-widths are often needed from computers to particular embedded systems for implementation. To be that much further energy than supplementary TTL, logic type similarities relying on complete CMOS devices have currently been revealed. The most significant but also commonly adopted metrics of evaluating delay, energy dispersion and region of multiplier layout performance.