bluuebunny/crossref_metadata_2025 huggingface dataset:
Wearable Device for Health Monitor
Authors:   Department of Electronics and Instrumentation Engineering, Bannari Amman Institute of Technology, Sathyamangalam, erode, India., K Ramya
Published: May 2020

In the modern world, most of the people are engaged in their work for most of the time. So, they could not monitor their health regularly but taking care of health is a vital one for the human beings in this generation. In order to provide solutions for this problem, a Smart healthcare device is necessary for people to monitor their condition continuously which may not be provided outside hospitals. It helps in town areas and villages where nearby healthcare centers can be in contact with city hospitals regarding the health condition of the patient. In hospitals, patient’s health rate like pulse rate needs to be consistently observed. This proposed device is mainly designed for continual observation of the health parameters of the patients. The patient’s health parameters are displayed on the designed device as well as transmitted to their trusted contacts using the Wi-Fi cloud. In this device, we used the pulse oximetry sensor to monitor the health parameters like blood oxygen level, blood pressure, hemoglobin, stressed and heart rate. And the measuring health parameters were display in the OLED display and the data were stored in Wi-Fi cloud and transmit the parameters with the blynk application.
Hybrid Fireworks Algorithm for the Conversion of Planar Curve to B-Spline Curve
Authors:   Department of mechanical, Godavari Institute of Engineering and Technology, Rajahmundry, India., Reddy K. Sreenivasa , Sai D. ,   Department of Mechanical, Godavari Institute of Engineering and Technology, Rajahmundry, India, Sai B. Vijay ,   Department of Mechanical, Godavari Institute of Engineering and Technology, Rajahmundry, India, Raju E. Kamal ,   Department of Mechanical, Godavari Institute of Engineering and Technology, Rajahmundry, India., Kumar D. Praveen ,   Department of Mechanical, Godavari Institute of Engineering and Technology, Rajahmundry, India
Published: May 2020

Point sampling is essential for the conversion of planar curves to B-spline curves in geometric modelling applications. Conversion of parametric curve to B-Spline curve is often required as the latter provides the flexibility sought by the designer. Sampling methods generally ignores the feature points, which indicates the curve profile intuitively and they require user intervention. There is a need for generalized point sampling algorithm to capture the original shape of the planar curves. Auxiliary points are also needed which helps to define the curve and gives the better conversion into B-Spline curve. In this work, we developed a generalized point sampling algorithm based on fireworks algorithm for the conversion of parametric curve to B-spline curves. It is used curvature-based information to identify the feature points, while Fireworks algorithm is used for the identification of the auxiliary points. Developed algorithm was tested against curves with irregular shapes and cusps with no need of user intervention to tune the algorithm for conversion.
Modeling, Simulation and Stability Analysis using MATLAB of A D STATCOM Based on Mitigation
Authors:   Department of Electrical Power Engineering, Shri Ram Institute of Technology, Jabalpur, India., Ahmed Aaliya , Bajpai Parikshit ,   Department of Electrical Power Engineering, Jabalpur Engineering College, Jabalpur, India
Published: May 2020

This paper explores the implementation of a D-STATCOM integrated model for voltage (V) stability of a hybrid power supply that is connected to a low-power distribution grid. We are currently not in a position to make effective use of clean energy sources (ES). Work is ongoing to enhance content consistency and interconnection facilities. In this paper, the integrated D-STATCOM model has been used to minimize hybrid device voltage instability. A framework in MATLAB and Simulink was designed and evaluated under different conditions by using the Simpower Systems toolbox.
Object Detector for Visually Impaired with Distance Calculation for Humans
Authors:   Asst. Professor, Department of Information Technology, Chaitanya Bharathi Institute of Technology (CBIT), Hyderabad, India, Ramalakshmi Eliganti , Kasturi Dixitha ,   Bachelor of Engineering, Information Technology, Chaitanya Bharathi Institute of Technology (CBIT), Hyderabad, India, V Gouthami ,   Bachelor of Engineering,Information Technology, Chaitanya Bharathi Institute of Technology (CBIT), Hyderabad, India
Published: May 2020

Object detection is a computer vision technique for locating instances of objects in videos. When we as humans look at images or videos, we can recognize and locate objects within a matter of moments. The main goal of this project is to clone the intelligence of humans in doing that using Deep Neural Networks and IOT, Raspberry Pi and a camera. This model could be used for visually disabled people for improved navigation and crash free motion. When we consider real time scenarios, numerous objects come into a single frame. To identify different items simultaneously as they are captured, a strong model needs to be developed. YOLO (You Only Look Once) is a clever convolutional neural network (CNN) that helps in reaching that objective. The algorithm applies a single neural network to the full image, and then divides the image into regions and predicts bounding boxes and probabilities for each region. The bounding boxes are nothing but weighted by the predicted probabilities. The second objective of this model is to calculate distance of humans from the camera, to achieve that haar classifier is created and used. This classifier also helps in enhancing human detection along with distance calculation. Haar is just like a kernel in CNN where the kernel values are determined by training while in Haar they are determined manually. Whenever a person is detected by both YOLO and Haar classifier, a formula which considers height and width of human contours is applied to calculate the distance of it from the camera. As the objects are identified they will be read out using a text-to-speech engine known as gTTS(google text-to-speech) and ,which stores the text in an mp3 file. The package known as Pygame will load and play the mp3 file dynamically as the objects are detected. This developed Deep Learning model is integrated with Raspberry Pi using OpenCV. Though this project is primarily developed to aid visually disabled people, it can have various other applications such as, self-driving cars, video surveillance, pedestrian detection, face detection.
Development of an Iot Based Energy Management System for Air Handling Unit
Authors:   Department of Electronics and Instrumentation Engineering, SRM Institute of Science and Technology, Chengalpattu, Tamil Nadu, India., B Ananda Krishnan , P Aswin Kumar ,   Department of Electronics and Instrumentation Engineering, SRM Institute of Science and Technology, Chengalpattu, Tamil Nadu, India, VK Shilpa ,   Department of Electronics and Instrumentation Engineering, SRM Institute of Science and Technology, Chengalpattu, Tamil Nadu, India, G Joselin Retna Kumar ,   Department of Electronics and Instrumentation Engineering, SRM Institute of Science and Technology, Chengalpattu, Tamil Nadu, India.
Published: May 2020

The emergence of automation and smart power management systems pave to create a better energy management system. Measuring energy savings and potential reduction of peak demand in a building due to adjustment of AHU (Air Handling Unit) setpoint during working hours is critical for ideal demand-side allocations. Since Air Handling Units are one of the major energy consuming system in a building. This has been a great challenge given too many variable physical characteristics and AHU system thermal dynamics in commercial buildings. Based on the building model, developed and authenticate against measured power consumption data from a smart energy meter, this project deals with how energy savings and peak demand reduction potentials of a building are impacted by AHU, setpoint changes during a working period. It is of the utmost necessity to make a prototype for an existing AHU in order to minimize wastage of power in older buildings without any major renovation. This can be achieved by making the existing system into a closed loop system by our model prototype.
Cloud Service Selection using DEA based on SMI Attributes
Authors:   Assistant Professor, CSE Department ,School Of Engineering ,Presidency University, T Thasni , Kalaiarasan C ,   Dean, School Of Engineering, Presidency University, Venkatesh K A ,   Professor of Math and Computer Science, Myanmar Institute of Information Technology,73rd Street, Ngu Shwe War, Chanmyathazi Township, Mandalay, Myanmar.
Published: May 2020

Cloud computing allows on-demand access and fast network connection to a shared resource pool. Most companies are switching to Cloud due to the popularity and benefits of using Cloud Services. So finding a suitable and best cloud provider is a challenge for all users. Several ranking methods, such as AHP, TOPSIS, had been suggested to solve this problem by multicriteria decision making techniques. But, many of the works focused on a subset of the main QoS attributes for ranking. Cloud Services Measurement Initiatives Consortium (CSMIC) has released Service Measurement Index attributes for effectively comparing the Cloud services. The comparison of services provided by cloud based on SMI attributes which are qualitative as well as quantitative in nature is studied in this paper by one of the non-parametric methods called Data Envelopment Analysis (DEA) and ranked the cloud services based on the efficiency scores obtained by DEA. The cloud users can select the best suitable Cloud service using the proposed approach that best suit their QoS requirements.
Amplitude Uniformity in Ultrasonic Assisted Fused Deposition Modeling
Authors:   Faculty of Manufacturing Engineering, Universiti Teknikal Malaysia Melaka, Melaka, Malaysia., Maidin S. , Ting K. H. ,   Faculty of Manufacturing Engineering, Universiti Teknikal Malaysia Melaka, City, Country., Abdullah Z. ,   Faculty of Mechanical Engineering/Advance Manufacturing Centre, Universiti Teknikal Malaysia Melaka, Melaka, Malaysia, Alkahari M. R. ,   Faculty of Manufacturing Engineering, Universiti Teknikal Malaysia Melaka, Melaka, Malaysia
Published: May 2020

Fused Deposition Modeling (FDM) is one of the Additive Manufacturing (AM) technology. Ultrasonic-assisted FDM system has been proven to improve the mechanical properties of the printed specimens. This study aims to explore the uniformity of the amplitude of ultrasonic vibration that was used during the printing process. The uniformity of vibration affected the improvement of the mechanical properties of the 3D printed part. If there is a bad uniformity of ultrasonic vibration, it will influence and increase the variation of the tensile test result. An open-source FDM printer attached with the piezoelectric transducer in various locations of the printer platform was set up. Five different positions and numbers of piezoelectric transducer were set up in order to determine the best position and number of the piezoelectric transducer for transmitting the vibration uniformly to the printing platform. A laser scanning vibrometer was used to determine the amplitude of ultrasonic vibration that transmitted over the printing platform of an open-source FDM 3D printer. From the results, it shows that with two piezoelectric transducers at “Position 4” improved the uniformity of ultrasonic vibration as it had the lowest standard deviation. The test also revealed that the ultrasonic vibration effect uniformly on the 3D printed specimens. In addition, it also reduces the variation and provide better tensile test results of the printed specimens
Mobiltiy Aware Deep Q-Reinforcement Learning Model for Building Efficient Agriculture Autonomous Robots
Authors:   Depart of Information Science and Engineering, Vidyavardhaka College of Engineering, Mysuru., V* Prashanth M , M V Dr. Vijaya Kumar ,   Depart of Information Science and Engineering, Dr.AIT, Blr., Patil Dr. Chandrashekar M ,   Depart of E&CE Engineering . Vidyavardhaka College of Engineering, Mysuru
Published: May 2020

in recent years the research has shown that modern farms may be helpful in producing the higher amount of yields along with superior quality. Moreover, this might also help in being least dependent about the labor force. Management of digital farming and site-specific precision are few solutions, which depends on the sensor technology. Moreover, the field data collection is the best only with feasible utilization of agriculture robots (AR). For improving agriculture productivity the sensor are placed across land (geographically), these sensor sends information to multiple robots for carrying certain task such as soughing, harvesting etc. This manuscript conducted survey of various industrial robots model for agriculture environment. Using industrial robots for agricultural purpose is practically not a viable option due to complex environment. Cognitive architecture that exhibits human cognitive thinking is used for learning dynamic and complex environment with good result. In recent times, Society of Mind Cognitive Architecture (SMCA) has proposed using multi-agent and (MA) and Reinforcement learning (RL) technique. However, it is generally difficult to solve Markov decision process (MDP) problem. Thus, cannot be used under dynamic mobility and complex nature of agriculture environment. This is because MDP has many variables. For overcoming research issues, this work present mobility aware Deep Q- Reinforcement Learning (MADQRL) cognitive learning method for Society of Mind Cognitive Architecture by combining both RL and DL technique. The MADQRL are utilized for controlling mobility and communication power of robots according to dynamic environment prerequisite. Experiment outcome shows the proposed MADQRL method attain better performance than existing cognitive learning method considering memory efficiency, learning efficiency, and energy utilization.
Speech and Opinion Recognition from a Conversation
Authors:   Department of Computer Science and Engineering, SRM Institute of Science and Technology, Kattankulathur., Priyam* Tavishi , Muthukumaran AMJ ,   Assistant Professor, Department of Computer Science & Engineering at SRM Institute of Science and Technology, Chennai., Vinayak Himanshu ,   Mobile Developer, Department of Computer Science & Engineering at SRM Institute of Science and Technology, Chennai.
Published: May 2020

Speech Recognition is an interdisciplinary technique used to convert spoken language into text. It is a sub domain of computational linguistics and can be implemented using Machine Learning and Deep Learning Algorithms. Opinion Mining or Sentiment Analysis is a process which enables identifying opinions expressed by an author in a piece of text computationally. This opinion refers to the polarity of the expressed opinion, i.e. positive or negative. Through this research work, we aim to combine these two natural language processing techniques and devise a system that can take speech as the input and determine the sentiment behind the speakers’ words. The subject of the speech input may vary but the end goal is to recognize whether the attitude of the speaker towards the subject was positive or negative. The input will be converted to text and this text will then be classified using several different machine learning techniques. These include Naïve Bayes’ Classifier, Support Vector Machine, Logistic Regression and Decision Trees. After classification, the results for the three classifiers will be predicted and compared. Future scope of the project includes creating an ensemble of these classifiers to get better accuracy and precision of determining the sentiment of the speaker.
Disposal Sites Determination for the Purpose of Solid Waste Management Optimize by using Geographic Information System (Gis)
Authors:   Earth Observation Center (EOC), Institute of Climate Change & Department of Civil & Structural Engineering, Faculty of Engineering & Built Environment, Universiti Kebangsaan Malaysia, Maulud* Khairul Nizam Abdul , Nazman Nurul Amera ,   Department of Civil & Structural Engineering, Faculty of Engineering & Built Environment, Universiti Kebangsaan Malaysia, Rahman Muhammad Amartur ,   Earth Observation Center (EOC), Institute of Climate Change & Department of Civil & Structural Engineering, Faculty of Engineering & Built Environment, Universiti Kebangsaan Malaysia
Published: May 2020

Solid waste is a waste generated every day. The amount of solid waste generation depends on the total area of housing and services, the area of the places, and activities. The increase in population, housing and services in the area has resulted in the generation of solid waste. The solid waste should be disposed of to prevent the spread of disease and to keep the environment clean. Normally, solid waste will be disposed of in landfill sites. In four districts in Negeri Sembilan that is Jelebu, Jempol, Kuala Pilah and Tampin, the existing landfill in these areas have reached semi-critical status and the capacity is about to reach the maximum level. Therefore, this study was undertaken to proposed the most ideal and effective new solid waste landfill based on the distribution of housing in an area using the Geographic Information System (GIS). GIS serves as a hardware device that stores information and databases of the area and analyzes data to produce the output required by the user. In addition, this study was conducted to investigate and determine the criteria and weighting factors taken into account in determining the location of landfill sites. In addition, this study also conducted to identify the optimization of disposal of solid waste and the type of new landfill proposed. Some analyzes such as Analysis Geoprocessing, Model Builder, OD Cost Matrix, Network Analyst and Service Area has been carried out to obtain an ideal location to serve as a solid waste disposal site. Based on the analysis, the new landfill can cover 242 of housing areas within 25 kilometers from the landfill compared to the existing landfill that only covered 165 of housing areas only. Finally, the siting of the landfill using GIS application is the best system in helping the user to determine the new landfill in such a fastest way.
An Examination of Different Scheduling Algorithms in Cloud Computing
Authors:   computer engineering, Parul Institute of Technology, Vadodara, india., panchal* Umang , modi Dr. kiritkumar ,   computer engineering, Parul Institute of Technology, Vadodara, india.
Published: May 2020

Rapid growth in the use of cloud base service comes up with so many challenges. Service providers of cloud base service looking for the best solution to these challenges. Users of service sends the request for a particular task so at a time number of request sends by different users for different task, this all task need to be complete in a particular time is one of the biggest challenges in cloud computing It is defined as a workflow scheduling. Parallel other key points are better utilization of resources, reduce make span time, energy-saving and many more consider as QoS parameters. Researchers conduct so many Qos parameter oriented research to make it efficient The Aim of this review paper is to provide systemic review and better understating of ongoing research on different approaches and service providers always looking for better solutions of challenges to maintain service level.
Tribological and Mechanical Behaviour of the Polymer Matrix Composite Reinforced with Ceramics Used as Implant Material
Authors:   Professor and Principal, Department of Mechanical Engineering, Government Engineering College, Raichur, Karnataka, VTU, Belagavi, India., Dinesh K R , Hatti* Gururaj ,   Assistant Professor, Department of Mechanical Engineering, KLS VDIT, Haliyal-581329, VTU, Belagavi, India., V.H Vishwanath ,   Assistant Professor, Department of Mechanical Engineering, B.L.D.E.A's V. P. Dr. P. G. Halakatti College of Engineering & Technology, Vijayapur-586103, Karnataka, India., VTU, Belagavi, India., Konnur V.S. ,   Assistant Professor, Department of Mechanical Engineering, B.L.D.E.A's V. P. Dr. P. G. Halakatti College of Engineering & Technology, Vijayapur-586103, Karnataka, India., VTU, Belagavi, India, Kanal V.S. ,   Assistant Professor, Department of Mechanical Engineering, B.L.D.E.A's V. P. Dr. P. G. Halakatti College of Engineering & Technology, Vijayapur-586103, Karnataka, India., VTU, Belagavi, India.
Published: May 2020

Recently, leading to its various attractive properties, Polymer matrix composites are suitable material in medical applications. This includes a light weight to high strength, a simple and complex shape easy to process. This paper describes the effect of Alumina, CaCO3, and TiO2 reinforcements with bio polymer UHMWPE matrix. The samples were fabricated by injection molding machines with different particle reinforcement percentages. On prepared samples, various experiments have been carried out, viz tensile, bending, impact, hardness, and wear. Samples were developed according to the ASTM standard. Polymer matrix composites of 65% LDPE + 5% TiO2 + 15% Al2O3 + 15% CaCO3 is suitable biomaterial candidate. Thus, it can be used in an orthopedic approach applied on hard or soft tissues.
Job Scheduling Based on Dependent and Independent Task using Particle Swarm Optimization
Authors:   Department of Computer Science & Technology, Guru Nanak Dev University, Amritsar, India., kaur* Rajinder , kaur Kiranbir ,   Assistant Professor, Department of Computer Science & Technology, Guru Nanak Dev University, Amritsar, India.
Published: May 2020

Mobile Cloud Computing is an accumulation of both Cloud Computing and Mobile Computing. In cloud computing resources are deployed to a client on-demand basis. Mobile cloud computing is similar to cloud computing except that some devices involved in mobile cloud computing should be mobile. The demand for MCC has been increasing due to its scalability, reliability, high QOS (Quality Of Services), longer battery life, large storage capacity. Mobile cloud computing aims to take benefit of limited resources provided by a cloud provider. Task scheduling is a major concept involved in executing a task. In cloud computing job scheduling is required to execute each job without any deadlock. But the scheduling of dependent tasks is a problem in cloud systems. This problem is an NP-complete problem and can be solved using various heuristic and meta-heuristic approaches. These approaches give high-quality solutions with reasonable execution time. Particle Swarm Optimization (PSO) is one of these meta-heuristic approaches that solve the problem of grid scheduling. In this paper, we address the problem encounter in dynamic scheduling. In dynamic scheduling, each task has its own deadline completion time. The task that arrived earlier in the system occupied the resources first and later arrived tasks are rejected because their execution time exceeds the deadline. In this paper, we proposed PSO with a variable job identifier that identifies independent and dependent tasks from the population. The particles are arranged with a grid dynamically and influence swarm to minimize execution time and waiting time simultaneously. The experimental studies show that the proposed approach is more efficient than other PSO based approaches as described in the literature.
New Aadhaar with Multimodal Biometric Model-Based E-Voting System with Dynamic Hybrid IANFIS-PSO
Authors:   Department of Computer Science, Bharathidasan University/ Government Arts College/ , Karur, India., Kanimozhi* K. , Thangadurai Dr.K. ,   Department of Computer Science, Bharathidasan University/ Government Arts College/ , Karur, India.
Published: May 2020

This work deals with the E-voting system with a biometric concept that will make the voting system smart, secure and easy to vote which can be linked with Aadhaar card. While the process of doing the Aadhaar enrolment process Authorities gathered information of fingerprints and iris of every character and this whole fact of every person persists in the Indian government database. However these two biometric is not enough for the voter authentication process, besides improving the recognition rate, combining multimodal biometric modalities might be more appropriate for E-voting applications. If the Indian Government link this database to the voter ID present in these days vote casting gadget, then all of us can easily forge their votes the use of multimodal biometric authentication. With this motivation, the new Aadhaar with multimodal biometric-based E-voting systems (AMBEVS) system is designed in this work and it allows users to be confirmed using either modality. Here the validation of the voters is verified with the use of Dynamic Hybrid ANFIS-PSO. A critical function and objective of the proposed gadget are to decorate the photograph high-quality and low diploma of complexity for the security of multimodal biometric reputation frameworks. The experimental results show that the proposed AMBEVS are more robust, reliable and accurate as compared to the unimodal based biometric systems.
Cloud Security in Reliable Blockchain Technology
Authors:   Dept. of CSE, Gitam University, Bangalore, India., Pillai* Beena G , J A Madhurya ,   Dept. of CSE, Gitam University, Bangalore, India.
Published: May 2020

The Blockchain is a release and dispersed ledger. Latest communications and information can be added on to a blockchain but precedent information cannot be obliterated. The Blockchain operation connecting two or more parties is confirmable and everlasting verification of information. In present system A BaaS platform which grant blockchain tune-up over cloud computing system exploitation and method supervising, smart convention investigation with analysis. This research work nearby consistency of BaaS communications. Looking for more exhaustive and adaptable assessment technique for BaaS communications. Transaction through blockchain technology is more secure and reliable, and it collaborate with decentralized cloud computing will get more reliability. The proposed investigation exertion can affect merkle tree in the deliberated algorithm on smart convention presentation optimization and involuntary refurbish. In this system merkle tree allows competent and protected authentication of huge data structures. Our proposed system include a trusted authority or a cloud provider to become a distribute service provider. Each dealer sends their IoT data with communication integrity, authentication code to the cloud server. Every consumer gives to the proceedings they are concerned in on the cloud. Every supplier becomes authenticated data generator on the cloud. Like this, examination contributors otherwise the users know how to optimize applicable apparatus or obtain equivalent defensive procedures according to the evaluation results. The smart contracts deployments and function calls within that block get executed on the node that mines the block cloud based IoT ecosystem proposed by many companies. All IoT devices communicate to the cloud and get global state info from the cloud. Blockchain technology integrated with cloud avoids cyber attack on cloud.
PaaS Cloud Application and Database Portability: An Initial View
Authors:   Department of Computer Engg. And Technology, Guru Nanak Dev University, Punjab, Amritsar, 143001, India, Kaur* Kiranbir , Sharma Dr. Sandeep ,   Department of Computer Engg. And Technology, Guru Nanak Dev University, Punjab, Amritsar, 143001, India, Kahlon Dr. Karanjeet Singh ,   Department of Computer Science And Technology, Guru Nanak Dev University, Punjab, Amritsar, 143001, India
Published: May 2020

A new paradigm to cater to the demand for increasingly complex software systems and to shape the way software applications are developed, has emerged, called Cloud Computing. Evolved from the already prevailing and established technologies such as web services, SOA (Service Oriented architecture), virtualization, grid, and cluster computing, Cloud computing proved it to realize the dream of transforming computing as a utility to the customers. Applications developed at Platform as a Service level (Infrastructure as a Service and Software as a Service being the other two levels) face vendor lock-in issue as the proprietary and non-standard APIs offered by providers results in a lack of interoperability and portability among cloud providers. This paper reports on an experiment done to assess the difficulties encountered while porting an application that uses various SQL and NoSQL data stores, message queue service and blob storage of Microsoft Azure, Amazon Web services and Google Cloud platform among each other. The heterogeneity of the incompatible proprietary interfaces makes the porting a non-trivial task. Various problems faced during the portability of the application are discussed and a middleware solution approach to these problems is proposed in this paper.
Anomaly-Based Detection of Attack on SSL Protocol using Pyod
Authors:   PG Student, Dept of CS and IT, Amrita School of Arts and Sciences, Kochi, INDIA, Najeem* Rasmiya , Nassar Shahnaz K ,   PG Student, Dept of CS and IT, Amrita School of Arts and Sciences,Kochi, INDIA, Nair Nima S ,   Asst Professor, Dept of CS and IT, Amrita School of Arts and Sciences, Kochi, INDIA,
Published: May 2020

At the current era Security and Protection is of vital significance. While there is no system that is immune to attack, a steady and effective system-security-framework is fundamental to ensuring the protection of data. On a fundamental-level, we are living in a more technologically advanced world than we were as of a decade ago. This rise in the broad utilization of technology carried with it and ascent in network attack. Networked PCs have taken over practically all parts of our lives, they store and deal with a ton of data that whenever traded off could bring about critical results. Secure Sockets Layer and Transport Layer Security(SSL/TLS) are presently broadly embraced innovation to give security. SSL/TLS convention is made to give privacy to delicate data trade over the Web. They can be used to secure secrecy and protection however can in like manner be used to shroud vindictive exercises. Regardless, assurance right now in all the information being scrambled independent of whether the information is malignant or not. The SSL-Attackers don’t utilize a particular system for the assault, the attacker may attempt to stick the system by making superfluous-traffic. Using Anomaly-Detection-technique we find the outliers by analyzing the data-captured using Wireshark and identify any possible attack on the network. For detecting outlier in the traffic we have used ABOD technique contained in the PyOD-library, which is an open-source toolbox provided in Python for identification of anomaly on multi-variate information. Anomaly-Based-Detection is a practical and realistic option for identification of attack against security-convention.
Fabrication and Characterization of Spin Coating Deposited Thin Film Aluminium/BaTiO3 and Pelletized Copper, MnO2/BaTiO3 Capacitor
Authors:   PG scholar in Physics at Amrita Vishwa Vidyapeetham Amritapuri Campus, kollam under Amrita University,Kerala,India, S* Gopika.
Published: May 2020

Thin film capacitor using Aluminium (Dielectric-Barium Titanate) and pelletized Copper, MnO2 (Dielectric-BaTiO3) capacitors as substrates were constructed. The objective of this research was to develop a capacitor having high capacitance and dielectric strength. The attention was focused on the high dielectric strength of BaTiO3 and high capacitance of MnO2, so that we can develop a good capacitor. The dependence of stacked and single forms of above capacitors with respect to various electrical parameters were analysed using LCR meter. On the basis of graphs plotted for various electrical parameters such as impedance, quality factor, dissipation factor, conductance, series and parallel capacitance were analysed from the above graphs. By analysing the comparison between Aluminium (Dielectric-Barium Titanate) single and stacked forms the conclusion that I arrived was that stacked form is more preferable over single forms. Taking consideration of copper, MnO2 (Dielectric-BaTiO3) capacitor stacked forms were found to be better than single forms. Thus it was clear that the stacked form of Aluminum (Dielectric-Barium Titanate) and stacked forms of copper, MnO2 (Dielectric-BaTiO3) capacitor is more preferable while using as capacitors. Although a variety of renewable energy technologies as well as new storage devices have been developed, they have not reached wide spread use. Therefore, there is a strong need of development of improved methods for storing energy when it is available and retrieving when it is needed. The ability to store energy when it is produced is an essential waypoint on the road to turning alternative energy into regular energy. This problem of storage can be solved by supercapacitor. It is an emerging technology in the field of electrical energy storage and its use along with battery or fuel cell is viewed as a solution in many portable systems.
No sonho e na astrologia: o sexo nas estrelas em Triângulo das Águas, de Caio Fernando Abreu
Authors: Gomes Guilherme Augusto Da Silva
Published: May 2020

Este trabalho analisa as cenas sexuais homoeróticas da obra Triângulo das Águas, de Caio Fernando Abreu, a partir da materialidade da água presente em toda a narrativa e sob a perspectiva de Bachelard (1997). Ao observar obras de Caio Fernando Abreu é possível reconhecer um direcionamento na construção de personagens que primam por sua liberdade individual e é relevante na obra não só a questão do homoerotismo ou da bissexualidade dos sujeitos nos atos sexuais, mas na profundidade com que são narradas essas cenas, por isso, a questão do onírico. Parte-se da fluidez do desejo de Butturi Junior (2008) e são analisadas as cenas das três novelas, ou “noturnos” que compõem a obra: em “Dodecaedro” foram analisadas quatro cenas e destaca-se o sexo a três, a questão da masturbação e a sinestesia; em “O Marinheiro” há uma cena e destaca-se o onírico, a partir da embriaguez do narrador-personagem, além da sedução, das metáforas dos órgãos sexuais e o sexo como ruptura; em “Pela Noite” também há uma cena, com destaque para o sexo em espaço público, no clima de festa pela noite de São Paulo. O trabalho intenta provocar outros estudos que analisem as cenas sexuais homoeróticas na literatura brasileira, bem como do escritor em questão, expoente na temática homoerótica e notório na crítica literária.
Сell-free pertussis vaccine from antigens of freshly isolated strain of B. pertussis serotype 1.2.3
Authors: Zaitsev Evgeniy M. , Bazhanova Irina G. , Britsina Marina V. , Mertsalova Natalia U. , Ozeretskovskaya Mariya N.
Published: May 2020

Aim. Development of technology for the manufacture of cell-free pertussis vaccine (CPV) from a freshly isolated strain of B. pertussis No. 211 serotype 1.2.3 and the study of its protective activity and safety in comparison with the preparation of vaccine strains. Materials and methods. Following B. pertussis strains were used: freshly isolated strain No. 211, serotype 1.2.3; vaccine strains No. 305, serotype 1.2.0, and No. 475a, serotype 1.2.3. According to the original method, a CPV was obtained from the supernatant of the liquid culture medium of B. pertussis strain No. 211 and its protective and toxic properties were studied. Results. Studies have shown that the use of enriched nutrient media for the cultivation of the strain and the increase in the duration of the the detoxification period of the protective antigen complex isolated from the culture medium are needed to obtain a CPV vaccine consisting of antigens of a freshly isolated strain. CPV obtained from the freshly isolated strain had protectivity 1.7 times higher compared to those of CPV obtained from vaccine strains, was nontoxic and had a low sensitizing properties. The results indicate that the freshly isolated strain No. 211 is a promising candidate for use in the development of pertussis vaccines.
Sepse e choque séptico: compreensão de enfermeiros de um hospital escola de grande porte
Authors: Lima Jéssica Caroline Costa , Moraes Filho Iel Marciano de , Santos Thaynnara Nascimento dos , Silva Carliane Sousa , Melchior Lorena Morena Rosa , Sousa Thais Vilela de
Published: May 2020

Objetivo: Identificar a compreensão dos enfermeiros de um hospital escola de grande porte de uma capital brasileira a respeito da sepse e choque séptico. Método: Trata-se de um estudo descritivo com abordagem qualitativa, desenvolvido em um hospital escola, público e de grande porte de uma capital brasileira. A coleta de dados ocorreu no período de julho a agosto de 2017 por meio de entrevistas com 47 enfermeiros com roteiro semiestruturado, abrangendo questões sobre definição, classificação de sepse, manifestação clínica, tratamento e recomendações e análise de conteúdo de Bardin. Resultados: Analisando as três grandes categorias de conteúdo, compreensão dos enfermeiros sobre a definição de sepse, compreensão sobre os sinais e sintomas e compreensão sobre o diagnóstico, na pesquisa em questão foi possível identificar que os enfermeiros possuem uma compreensão razoável quanto a sepse. Considerações Finais: Ficou evidenciado que os participantes tiveram uma visão geral adequada, porém rasa. Aponta-se algumas fragilidades relacionadas a formação acadêmica e o papel das instituições nessa questão.
Learning Hinduism through a Rural Homestay in South India
Authors: Ulrich Edward Theodore
Published: May 2020

As a professor of theology with expertise in interreligious issues, I designed a January Term course on Hinduism set in south India. The course met liberal arts requirements and was designed for predominantly upper Midwestern students with Catholic and Protestant backgrounds. The focus was not on major sites but on meeting people in the countryside. Also, the course moved traditional learning and pedagogy into a living space by staying for six nights, during the Pongal harvest festival, in rural homes in Tamil Nadu. In terms of academics, the course was originally designed to focus on asceticism, the worship of Shiva, village goddesses, and the role of hill shrines in Tamil Nadu. The students would learn about these topics directly through the town, its inhabitants, and nearby religious sites. I did my best to prepare students for the experience, utilizing interviews, orientation sessions, on-site orientations, and assigned readings. My plans and preparations might seem to have been good, but at the midpoint of the course, on the first day in the small town, the program ground to a halt. Many students were emotionally devastated by the level of poverty. In this context, my lectures on asceticism, Shiva, goddesses, and hill shrines rang hollow and empty. Instead, the minds of the students were flooded by a host of other issues, including poverty, race, class, gender, environmental pollution. Although initially devastated by poverty, the students were quickly drawn into the life of the town. After only two days many frowns and tears turned into smiles. They were drawn in by the hospitality, the highly relational nature of the Tamil people, the exuberance and color of the Pongal celebrations, and the town’s rituals. Religion was a main facet of the experiences of the students, and this was key in terms of transforming their stay into a positive one, but my lectures on Shiva nevertheless rang empty. The students were experiencing a different aspect of the religion than what I had learned about in graduate school or was prepared to teach. Westerners tend to think of Asian religions in terms of meditation, asceticism, and philosophy, but the students were experiencing religion in terms of family intimacy, obedience to the elders, and hospitality to the stranger. I later found that the sixth century Tamil classic, the Tirukkural or “Holy Speech,” addresses the experiences of the students. The text gives instructions on how to live a virtuous life, and it discusses two main lifestyles, those of the ascetic and the householder. The former pertains to material that I was prepared to teach and the latter to the world my students were experiencing. There were a variety of lessons which the students, and students in future years, learned from the lifestyle of a Hindu householder. Lessons they wrote about in their journals included generosity to outsiders and guests, valuing family relations, that great joy can exist in the midst of poverty, and that Americans value individual choice, whereas Indians value collective decision making.
Competitividad de la tara peruana en el comercio internacional, período 2010-2018
Authors: Márquez Caro Orlando Juan , Cosio Borda Ricardo Fernando , Márquez Caro Fernando Luis , Manrique Nugent Manuel Alberto Luis
Published: May 2020

El objetivo de la investigación fue determinar la competitividad de la tara peruana en el comercio internacional en el período 2010-2018, considerando las teorías de: World Economic Forum – WEF (2018), Cann 2016), Gómez (2017), Cordero (2005), Porter 2008), Daniels, Radebaugh, y Sullivan (2013), Lerma y Márquez (2010), con un proceso metodológico que definió un estudio exploratorio por los datos fragmentados existentes que se recolectaron y seleccionaron de instituciones gubernamentales: Ministerio de Agricultura y Riego-MINAGRI (2009, 2010, 2017 a, 2017 b), Ministerio de Agricultura y Riego-MINAGRI y Servicio Nacional Forestal y de Fauna Silvestre-SERFOR (2016, 2017, 2018, 2019), Sistema Integrado de Información de Comercio Exterior- SIICEX (2019), Superintendencia Nacional de Aduanas y de Administración Tributaria-SUNAT (2019) y particulares: Sociedad Nacional de Industrias-SIN (2018), así como, por los escasos estudios acerca de la unidad de análisis, complementado con métodos de análisis de contenido y frecuencia. Los resultados concluyen que la tara peruana no es competitiva debido que mientras su producción fue descendente desde el año 2010 (32736 TM) hasta el 2018 (25866 TM) su valor FOB tuvo un alza permanente desde el año 2010 (27075.9) a 39228. 49 el año 2018, que el cálculo de Costo de los Recursos Domésticos (CRD) analizo por el factor precio indicando que sólo el año 2016 manifestó competitividad porque el precio internacional por Kg. fue de cerca de $3.00 dólares americanos en relación al precio doméstico de S/. 1.51 nuevos soles, además, por no cumplir satisfactoriamente los 12 pilares del enfoque de competitividad del World Economic Forum-WEF (2018); que permiten reflexionar acerca del tránsito de la estructura de exportación basada en ventajas comparativas a su transformación sustentada en ventajas competitivas que el país andino tramita.
Maquina bio-recicladora de plástico pet: un emprendimiento viable. Caso Azogues – Ecuador
Authors: Ormaza Andrade Jorge Edwin , Neira Neira Mercedes Lucia , Giler Escandon Lesi Vanessa , Quevedo Vázquez Jorge Oswaldo
Published: May 2020

La situación actual del planeta, relacionada con el deterioro medio ambiental, es preocupante para la sociedad; referirse al descuido de éste como resultado del uso del plástico (PET) para elaborar botellas y otros envases, compromete a los seres humanos a buscar soluciones para aliviar este problema de alcance mundial. En este sentido, el presente trabajo examina la viabilidad del emprendimiento dirigido a fabricar y distribuir una maquina bio-recicladora de plástico (PET) en Azogues-Ecuador. La metodología, es el estudio de caso con enfoque cuantitativo, presentando una investigación exploratoria y descriptiva. Se muestra la viabilidad del proyecto por medio de su formulación, que incluyó estudios preliminares de pre-factibilidad (Mercado, Técnico-económico) y de factibilidad (financiero y presupuestal). Factores fundamentales son el soporte teórico y datos aportados por PNUMA (2019), Espinoza (2006); Manzilla-Pérez y Ruiz-Ruiz (2009), Rivera (2004), Hidalgo (2018), Pilatasing y Pozo (2014), Hachi y Rodriguez (2010), Quevedo et al (2019); así como la consulta a los actores involucrados. Se concluye sobre la necesidad de impulsar alternativas que aminoren el impacto de este material sobre el planeta, tal es el caso de las maquinas bio-recicladoras; emprendimiento moderno y tecnológico que además de cumplir su objetivo con el medio ambiente ayudará a estimular y afianzar en la sociedad la cultura del reciclaje. La investigación muestra una oportunidad real de emprendimiento, sustentada en cálculos económicos y financieros, en la demanda insatisfecha y la disposición de las organizaciones locales para adquirirla.
حرم المدينة المنورة وحدوده عبر التاريخ
Authors: سلامة صلاح
Published: May 2020

تطرق هذا البحث إلى موضوع "حرم المدينة المنورة وحدوده عبر التاريخ"، وهو موضوع مهم وحيوي؛ لارتباطه الوثيق بالمدينة المنورة وحرمها ومعالمها التاريخية والجغرافية، وكذلك بالأحكام الشرعية. وقد حاول البحث الإجابة عن تاريخ تحريم المدينة المنورة، وحكم وضع علامات لحدود حرمها، ومذاهب وخلافات الفقهاء في حرمها وحدودها، والفرق بين الحرم والحمى، ومعالم حرم المدينة، وآراء الباحثين المعاصرين حول تحديد حرم المدينة المنورة ومناقشتها.

ومن أهم نتائج البحث:

1- لم يتفق فقهاء الأمة على حرم المدينة كما اتفقوا على حرم مكة.

2- ذهب جمهور الفقهاء إلى أن المدينة حرم، وذهب الحنفية وبعض الفقهاء إلى أنه ليس للمدينة المنورة حرم.

3- للمدينة حرم، وثبت تحريمها في السنة السابعة من الهجرة.

4- حدود حرم المدينة ما بين اللابتين (الحرّتين) شرقًا وغربًا، وما بين جبل عير إلى جبل ثور جنوبًا وشمالاً على الراجح.

5- لا تدخلان اللابتان في حدّ الحرم إلا ما كان واقعًا منهما بين جبل عير وثور دون ما امتد منهما على الراجح.
FORMAÇÃO, PESQUISA E EXTENSÃO NA EDUCAÇÃO PROFISSIONAL E TECNOLÓGICA: REDE NACIONAL DE LABORATÓRIOS DE IMPRESSÃO 3D NO SUS
Authors: Castaneda Luciana
Published: May 2020

A presente comunicação apresenta as ações em desenvolvimento da 3DSUS - Rede Nacional de Pesquisa e Extensão Tecnológica de Laboratórios de Impressão 3D no SUS. As ações de transferência de tecnologia de Fabricação Aditiva (Impressão 3D) são desenvolvidas como resultado de estratégias de ensino em espaços não-formais da Educação Profissional e Tecnológica. Tem como público-alvo os trabalhadores do SUS do componente da Atenção Especializada do SUS, Oficinas Ortopédicas. A ação emergencial em andamento tem se dado em conjunto com três Instituições de Ciência e Tecnologia (IcT) e duas Oficinas Ortopédicas. As atividades em andamento são uma pequisa-ação de Ensino-Serviço para o Desenvolvimento de Produto, a Engenharia de Tecidos e a Educação Permanente em Saúde e buscam alcançar representatividade nacional. Envolvem ações em Rede de Pesquisa e Inovação para: 1) Prototipação Rápida de insumos e componentes para o enfrentamento a COVID 19 por Fabricação Aditiva (Impressão 3d), 2) Testagem de insumos e componentes para a produção emergencial de Equipamentos de Proteção Individual (EPI) por manufatura tradicional, e 3) Qualificação Profissional dos trabalhadores do SUS para o manuseio de tecnologias de Manufatura Avançada.
Crimea as Saguntum?
Authors: Özigci Yunus Emre
Published: May 2020

The developments in Ukraine in 2014, namely the annexation of Crimea and the secessionist upheaval in Donetsk and Lugansk areas caused — or appeared as the content of — a rift between the “West” and Russia. The core questions of this article explore the nature of this rift and its significance on the shape of the international system in their relatedness to the Ukrainian crisis.
The concepts employed in the study belong to phenomenology as adapted to the field of international relations, in order to answer to the apparent need to develop a tool that would enable us to ground the study on its subjective/intersubjective infrastructure that is adequate to the nature of the concepts of state, territory, international system and relations.
Within this framework, the Ukrainian crisis and Crimean annexation appear as a positional and systemic content that marks a new temporal phase of the post-bipolar intersubjectivity. An existential framework shall thus be provided to policy contents, as a posteriori yet “real” elements of the phenomena which may be extended, on subjective/intersubjective grounds of international relations, towards positional and systemic horizons as defining and restraining fundamentals of causal interactions.