bluuebunny/crossref_metadata_2025_split huggingface dataset:
Vehicular Ad hoc Network for Intelligent Transport System: A review
Authors: Saad Talib Mohammed , Hassan Aslinda , Hussin Burairah , Abdul-Jabbar Mohammed Ali , Abdulhussian Hassan Ali , Awad Mutlag Ammar 
Published: April 2019

the numbers of accidents are increasing in an exponential manner with the growing of vehicles numbers on roads in recent years. Â This huge number of vehicles increases the traffic congestion rates. Therefore, new technologies are so important to reduce the victims in the roads and improve the traffic safety. The Intelligent Transportation Systems (ITS) represents an emerging technology to improve the road's safety and traffic efficiency. ITS have various safety and not safety applications. Numerous methods are intended to develop the smart transport systems. The crucial form is the Vehicular Ad hoc Networks (VANET). VANET is becoming the most common network in ITS. It confirms humanâ€™s safety on streets by dissemination protection messages among vehicles. Optimizing the traffic management operations represent an urgent issue in this era a according to the massive growing in number of circulating vehicles, traffic congestions and road accidents. Street congestions can have significant negative impact on the life quality, passenger's safety, daily activities, economic and environmental for citizens and organizations. Current progresses in communication and computing paradigms fetched the improvement of inclusive intelligent devices equipped with wireless communication capability and high efficiency processors.Â Â
Hallumi Type Cheese Production Technology and Its Nutritive Value
Authors: Kapshakbayeva Zarina , Mayorov Aleksandr , Moldabayeva Zhanar , Baitukenova Sholpan , Utegenova Asiya , Okuskhanova Eleonora 
Published: April 2019

Nowadays in Kazakhstan the assortment of products produced from goat's milk is currently not so great. The main problem with the lack of products based on goat's milk is that goat's milk, as an industrial raw material, has been little studied. This article examines the effectiveness of the use of goat milk in the production of cheese type halloumi. According to the studies, it was found that the use of whole milk for cheese production allows increasing the yield of the finished product. Also an enzyme preparation is selected, which ensures the optimal process ofÂ goat's milk proteins coagulation. The article also reflects the results of a comparative analysis of an experimentally produced cheese sample with authentic Halloumi cheese made in Cyprus.Â Â
Anomaly Detection in Distributed Denial of Service Attack using Map Reduce Improvised counter-based algorithm in Hadoop
Authors: S.Kalai vani Y. , P.Ranjana Dr. 
Published: April 2019

A Distributed Denial of Service (DDOS) is one of the major threats in the cyber network and it causes the computers flooded with the Users Datagram Packet (UDP).This type of attack crashes the victim with large volume of traffic and the victim is not capable of performing normal communication and crashes it completely. To handle this DDOS attack the normal Intrusion Detection System is not suitable to hold and find the amount of the data in the network. Hadoop is a frame work that allows huge amount of data and it is used to processes the huge amount of data. A Map reduce program comprises of a Map task that performs filtering and sorting and a Reduce task that performs summary operation. The propose work focuses on the detection algorithm based on Map Reduce platform which uses the Improvised counter based (MRICB) algorithm to detect the DDOS flooding attacks. The MRICB algorithm is implemented with Map Reduce functionalities at the stage of verifying the Network IPS. This proposed algorithm also focuses on the UDP flooding attack using anomaly based intrusion detection technique that identifies the kind of packets and the flow of packet in the node is more that the set threshold and also identifies the source code causing UDP Flood attack . Thus it ensures the normal communication with large volume of traffic.
Efficiently Identification of Misrepresentation in Social Media Based on Rake Algorithm
Authors: Devendra P. Gadekar Prof. , Y. P. Singh Dr. 
Published: April 2019

The social organizations offer an extensive variety of extra data to advance standard learning calculations; the most difficult part is separating the applicable data from arranged information. Fake conduct is indistinctly disguised both in nearby and social information, making it considerably harder to define valuable contribution for expectation models. Beginning from master learning, this paper prevails to efficiently join interpersonal organization impacts to identify misrepresentation for the Belgian legislative standardized savings foundation, and to enhance the execution of conventional non-social extortion expectation undertakings. Finding the semantic reasonable subjects from the colossal measure of rational points from the substantial measure of User Generated Content (UGC) in online networking would encourage numerous downstream uses of shrewd processing. Subject models, as a standout amongst the most effective calculations, have been broadly used to find the inactive semantic examples in content accumulations. In any case, one key shortcoming of point models is that they require archives with certain length to give dependable measurements adversary producing intelligent themes. In Twitter, the clientsâ€™ tweets are for the most part short and loud. Perceptions of word events are immeasurable for theme models. The RAKE algorithm shows better performance than TextRank, Supervised Learning.Â Â Â
A Review on Secure Storage Using Bidirectional Verification Techniques in Cloud Computing
Authors: Girish kumar d Mr. , Rajashree v biradar Dr. , V c patil Dr. 
Published: April 2019

Cloud computing increases the capacity or capabilities vigorously without devoting new infrastructure, training new personnel, or licensing the new software . In the past few years, cloud computing has grown from being a promising business concept to one of the fast-growing sectors of IT industry. As the more sensitive information and data are moved into the cloud data centers, they run on virtual computing resources in the form of virtual machines. Security has become one of the major issue in cloud computing which reduces the growth of cloud environment with complications in data privacy and data protection continue to outbreak the market. A new model created for the advancement should not result as a threat to the existing model. The architecture of cloud poses such a threat to the security of existing models when deployed in a cloud environment. The different cloud service users need to be attentive in considerate,about the risk of data breaks in the new environment. In this paper, advanced survey of the various secured storage in cloud computing using bidirectional protocols is presented.Â Â
Comparative Evaluation of Physical and Mechanical Characteristics of Composite facing Materials "Ceramage" and "Ultraglass"
Authors: V. Tscymbalystov Alexander , A. Kopytov Roman I. Asadov Alexander , V. Kapranov Valentina , P Ryzhova Irina , . . 
Published: April 2019

In the oral cavity, mechanical loading and exposure to temperature leads to deformation of the frameworks of fixed prostheses and lining materials ensuring the proper level of their aesthetics. The increase of the isotropy of the material of the framework of a fixed prosthesis and the material that is facing it is one of the urgent problems in the field of orthopedic dentistry. In this paper, the linear thermal expansion coefficients (LTEC) of the facing materials â€œCeramage Opaque Dentinâ€, â€œCeramage Incisalâ€, produced by the Japanese company â€œShofuâ€, and those of â€œUltraGlassâ€ of the Russian firm â€œVladMiVaâ€ were studied. The values of LTEC of facing materials were correlated with LTEC of cobalt-chromium alloy, used for making the frameworks of fixed prostheses. A comparative evaluation of the compressive strength, flexural strength, and modulus of elasticity of the specified composite materials used for facing the frameworks of fixed prostheses was also carried out.Â Â
Business English: the Quintessence of the Corporate World
Authors: Abilasha R. , Ilankumaran M. 
Published: April 2019

The status of English in the global arena has become an irreplaceable and unparalleled one. The language has become apparent and prominent in the key aspects of trade and commerce for the last two decades or more. Though the first spread of the language was due to colonial expansion, it has attained a level of being considered a standard and common one for all official communications by and large particularly in the countries where a vast number of regional and native languages are spoken. English, indeed, is not the most widely spoken language on the earth if it is taken in terms of number of native speakers. It has become a prominent language as it is spoken by people around the world â€“ 350 million of 6 billion people. In case of International business, it is the only language that has occupied a great space revealing the importance of the language. This paper brings to light how English as a language is used for business communication in the corporate sectors. The business at global level is conducted across borders of countries with English as a principal language. The use of language provides many benefits such as helping the concern grow and succeed, invigorating trust among colleagues and clients,Â strengthening the relationship with everyone in and out the concern, escalating the skill set of individuals along with commanding lucrative packages and embellishing the international relationship by means of cultural understanding.Â Â
Smart Water Quality Monitoring System Using Iot Technology
Authors: Madhavireddy Vennam , Koteswarrao B. 
Published: April 2019

The economical and effective system of water quality observation is the most robust implementation of impure water. Drinking water could be precious for all people as water utilities face more challenges. These challenges arise due to the high population, fewer water resources, etc. So, different methods are used to monitor in the real-time water quality. To make sure that safe distribution of water is done, it must be observed in real time for a new method in the â€œInternet of Things (IoT)â€ based water quality has been projected. Real-time water quality observation is examined by data acquisition, method, and transmission with an increase in the wireless device network method in the IoT. Microcontroller and the processed values remotely to the core controller ARM with a WI-FI protocol are used to interface the measured values from the sensors. This projected the water quality observation interface sensors with quality observation with IOT setting. WQM selects parameters of water like temperature, pH level, water level and CO2 by multiple different device nodes. This methodology sends the information to the web server. The data updated at intervals within the server may be retrieved or accessed from anyplace within the world. If the sensors do not work or get into abnormal conditions, then a buzzer will be ON.Â Â
Review Inchemical Structures of Drugs
Authors: Mahmood Aljamali Nagham , . . 
Published: April 2019

Our reviewÂ concernedÂ withÂ chemicalÂ structuresÂ ofÂ someÂ drugsÂ inÂ Â Â pharmaceuticalÂ fieldsÂ ,someÂ of themÂ usedÂ inÂ syntheticÂ fieldÂ andÂ inÂ synthesisÂ ofÂ manyÂ drugsÂ andÂ Â antibiotics.Â
A Generalization of the bounds of copulas on quantum logic
Authors: Al-Adilee Ahmed , Kadhem Kareem Althabhaw Sami 
Published: April 2019

Our paper is concerned with a generalization of the boundaries of copula that are well-known by Frechet-Hoeffding conditions [4], and study copula boundaries as functions defined on quantum logic ., While there are many properties that have been presented according to our proposed generalization throughout these modified functions and show that some important propositions that have different forms to those of classical copulas. Indeed, it has been shown two main results relevant to the lower and upper boundaries of what we have defined and named by quantum logic copulas, see [1].
Meaning Pedagogy as a Vector for the Development of Vocational Teacher's Self-Efficacy in Integrative Environment
Authors: A.A Ushakov , N.M Sazhina , Yu.N Sinitsyn , A.G Khentonen , O.V. Grebennikov , A.I Fialko 
Published: April 2019

The relevance of this work is due to the fact that in the context of globalization of education and integration processes in educational systems, the requirements to teachers' professionalism and their personal traits increase. The main resource for improving the quality of education is teachers motivated for continuous professional development. Value and meaning-wise attitude to teaching profession defines self-efficacy as confidence in their professional and pedagogical actions. The processes of purposeful formation and development of self-efficacy in the integrative environment are the most important instruments to improve teacher's professionalism. In this regard, this paper reveals the essence, content and structural components of self-efficacy, and identifies the mechanisms of its development in the modern integrative environment in terms of meaning pedagogy. The leading approach to the study is the integrative-systematic approach. It considers the development of self-efficacy on the basis of meaning pedagogy in the conditions of integration of educational environments. The pilot study (self-efficacy testing) engaged 122 university teachers under the age of 35 working as a teacher from 3 to 5 years. The paper defines the essence of the teacher's self-efficacy and its relationship with meaning pedagogy. The study identified the following structural components of teacher's self-efficacy in the modern integrative environment: understanding the professional and pedagogical goal, meaning and results of professional and pedagogical activity, controlÂ loci "I" and "professional and pedagogical activity", and meaningfulness of professional and pedagogical activity as a generalized component of self-efficacy. The results of the pilot study showed the tutoring support for the development of vocational teachers' self-efficacy is necessary. The paper presents the technology of developing teacher's self-efficacy in integrative environment. This technology is based on the tracing individual development as the routes to the future, points of bifurcation. One of the possible directions is selected while passing these points. The research results define new vectors of self-efficacy development based on life-purpose guidelines, significantly expand the theoretical understanding of development and self-development of teachers in the modern integrative educational macro-environment. The paper is interesting for organizing the tutoring support for the development of vocational teachers' self-efficacy. It can also be used in the system of continuous education.Â Â Â
Development of the Petroleum Refining in the Republic of CÃ´te D'ivoire- Primary Processing of Refining
Authors: Adiko Serge-B. , R.A Kemalov 
Published: April 2019

The article is considering the technology of primary processing of S. I. R (Societe Ivoirienne de Raffinage). General modern technology of petroleum refiningThe problems with primary processing technologies of refining and ability development of the petroleum refining in the Republic of CÃ´te d'Ivoire. Comparison of the two types of technologies (primary of refining) between SIR for Cote dâ€™ivoire and general technology in Russia.S. I. R (Societe Ivoirienne de Raffinage) is the only petroleum refinery in the Republic of ivory coastThe Republic of CÃ´te d'ivoire is located in West Africa with a population of 22.8 million (data for 2014 b is the second economic power in sub-region (West Africa) after Nigeria, with an average of 8% of GDP over the last five years, Economic development of the country and its economic development is related to petroleum production and refining in the Republic of CÃ´te d'ivoire.Refining is the obvious economic rate for a more diversified and more competitive economyÂ Â
Creation of Model and Calculation of Thermal Processes in the Ring Graphite Electrode of the Plasmatron
Authors: T. Nasibullin Ramil , Sh. Sadriev Almaz , Sh. Sadriev Ramil , R. Sarimov Lenar 
Published: April 2019

This paper presents the theoretical and experimental material obtained in the study of the erosion and thermal state of the ring graphite electrode for a plasmatron. Thermal processes in graphite electrodes of plasmatrons are quite complex and multifaceted. A mathematical model of thermal processes that occur at the ring electrodes of plasmatrones has been developed. The mathematical model is based on the differential heat conduction equation for a ring electrode in cylindrical coordinates. With the use of this mathematical model, the inverse problem of heat conduction is solved: determination of the regularities of the heat exchange process by the temperatures of individual points on a solid surface. An experimental study of the temperature distribution at the end of the electrode and along the length of the electrode was carried out. Experiments have shown that the temperature on the side surfaces drops sharply towards the cold end of the electrode. When reducing the length of the electrode, the maximum temperature at the end decreases, and the temperature on the inner and outer edges of the electrode increases slightly. The most significant factors determining the temperature field at the end of the ring electrode are the power and size of the heat source. Comparison of the results of experimental studies and mathematical modeling showed a match with an acceptable degree of accuracy.Â Â Â
Main Approaches and Stages of Prototyption: the Example of Designing and Creating Automatic System for Fabric Transfer Patterns
Authors: V. Moroz V. , V. Baulina L. 
Published: April 2019

Â This article gives a detailed description of the main approaches and the sequence of manufacturing prototypes of new devices by the example of creating a new device - an automatic patterning system for fabric. Both amateur and industrial ways of solving this problem are described. The basic steps of development of the device from the description of idea, definition of purposes and tasks of development, before creation of the prototype are resulted. Description of the stages of virtual modeling and visualization, the main methods and principles of prototype creation are also presented.Â Â
Challenges and Ways to Improve Availability of Transport for Small Partnerships
Authors: V. Enin D. 
Published: April 2019

The present paper discusses results of the studies on establishment of the main reasons for access limitations of transport, including pedestrian communications, and for people with limited mobility in Russia. It suggests the main ways to solve the problems identified. In this paper, transport means a system that includes: vehicles, transport infrastructure facilities, transport and pedestrian communications, information support, services and personnel in transport.Â Â
Educational Software for Stress Analysis of Idealized Closed Thin Walled Sections
Authors: S. Mohamed Ali J. , Nur Fadhila Hasna , M. Burhani Burhani , Mohammed Riyadh Miah 
Published: April 2019

Aerospace structures are typically semi-monocoque structures that are made up of thin-walled closed section reinforced with stiffeners. Stress analysis of such closed thin-walled structures which are statically indeterminate is tedious and time consuming. An educational software which can aid students in carrying out stress analysis of such idealized thin-walled closed sections has been developed. The software enables students to select different types of wing torsion box sections with stiffeners, which may be subjected to bending, shear or torsional loads and evaluate the resulting stresses on it. The software allows the student to idealize a selected twin spar unsymmetrical wing section with multiple booms under multiple loads. Results from this software have been validated against the results in the literature. The software has been developed using MATLAB with graphical user interface (GUI) which is very user friendly.Â Â Â
Numerical Calculation of Three Phase Flow (Gas â€“ Solid â€“ Liquid) of Thermal Spray Process
Authors: Hafiz Bin Mohd Noh Mohd , SAWADA Naoki , MORI Koichi 
Published: April 2019

A new coupling method between the FVM (Finite Volume Method) - solution for compressible gas flows and the MPS (Moving Particle Semi-implicit) - solution for droplet deformation have been developed. This simulation of thermal spray processes covered from the acceleration until droplet substrate solidification. At the temperature of 300K, the trend of flatness result is proportional to Re0.26, which agreed well with the experimental result. The adhesive efficiency and aspect ratio are also improved under FVM + MPS calculation as compared with the calculation of MPS only.Â Â Â
Effect of Fuzzy Logic Based-Skyhook Policy with Particle Swarm Optimization for Semi-Active Ride Comfort
Authors: Hussin Ab Talib Mat , Zaurah Mat Darus Intan , Mohd Samin Pakharuddin 
Published: April 2019

This paper presents the effect of the fuzzy logic based-skyhook policy tuned using particle swarm optimization (FLSP-PSO) for semi-active ride comfort of quarter vehicle model. Spencer model was used to represent the magnetorheological damper model and its behavior was investigated in the form of force-displacement and force-velocity characteristics. The fuzzy logic control adopted with the skyhook policy based on Sugeno-type fuzzy was used to enhance the ride performance. An intelligent evolutionary algorithm known as the particle swarm optimization was also adapted in the proposed controller to compute the fuzzy gain scaling. The performance of the FLSP-PSO controller is compared to other controller responses. The effect of the PSO techniques to optimize the FLPS parameters gives a better performance and able to improve the vehicle ride comfort than its counterparts.Â Â
Estimation of Phase Angle Jump (PAJ) for Different Types of Faults and Unbalancing in Distribution System
Authors: Fawad Shaikh Muhammad , Ali Shah Madad , Katyara Sunny , Shankar Chowdhry Bhawani 
Published: April 2019

Voltage sag caused by the faults in the power system has serious power quality issues and sometimes leads to interruption of power supply. The characteristics of voltage sag are its magnitude, time and phase angle jump (PAJ). This paper represents the estimation of phase angle jump (PAJ) when different types of faults are occurred in distribution system. Since the unbalancing is one of the major issues in distribution system that increases the zero sequence currents, over heats the distribution transformer, causes huge voltage drops in distributor etc. Therefore, the method used in this paper shows the PAJ when distributor is unbalance due to uneven loading or the line parameters of the distributor are unsymmetrical. Simple radial system is used to analyze the PAJ caused by the different types of faults and unbalancing. Different comparisons are made that are associated with PAJ such as PAJ vs fault impedance, zero sequence current and percentage of voltage unbalance. The research work is performed on MATLAB/SIMULINK to analyze the real time results.Â Â