bluuebunny/crossref_metadata_2025_split huggingface dataset:
Halal Logo, Beauty Blogger & Halal Marketing Package : Which One is the Most Influencing Factors that Lead into Purchase Decision on Halal Cosmetic
Authors: Utami Putri Telisiah 
Published: April 2019

Halal cosmetic becomes more popular today, and soon or later shall be perceived as a necessity. Halal products themselves are identical with the presence of halal logo on the product or packaging, however does halal logo enough to stimulate consumer to choose a certain halal cosmetic brand?.Consumer nowadays are exposed with more options of communication from many brands, both digital and non-digital media are presented to today’s consumer, in response to current situation manufacturer has to understand kind of media that might significantly affect their consumer behavior. In digital media the presence of beauty bloggers are started to get consumer’s attention and suddenly become a new reference for seeking information of a new product, however the presence of convential halal marketing package is still undeniable, kind of models with hijab and Islamic message on the communication of is also considered play significant role in building consumer perceptions.This study aims to find out whether halal logo, beauty blogger or conventional halal marketing package is the most significant factor to create consumer positive perception that will ultimately determine purchase decision to buy halal cosmetic products.The study is conducted in Jakarta and Surabaya via on-line survey through WhatsApp mobile application to those active users of social media ages 20-50 y.o and using mass-market cosmetic. Mobile application is chosen in order to get spesific target respondents who are members of social media. Using structural questionnaire, up loaded digitally by using Google forms, that been delivered by using smartphone through WhatsApp mobile application within 1 week of field study.Findings reveals if conventional halal marketing package is still more significant to create positive perception, followed with Halal logo and beauty blogger.
IOT Based Vehicle Speed Control Automatically in Restricted Areas using RFID
Authors: N. V. Satyanarayana K , Yaswanthini G , L. Kartheeka P , Rajkumar N 
Published: April 2019

Now-a-days road accidents are occurring frequently, due to rash driving of people. The most unfortunate thing is that by making small mistakes during driving, we lost our valuable future. If we observe, most of the accidents will occur at school zones, parks, hospitals, hill areas and highways. Even a police also can’t monitor all such kind of accidents. So in order to reduce the number of accidents and to control the vehicle speed the highway department has placed the signboards. But it is difficult to observe such kind of signboards and hence accidents will occur. This paper will provide a new way for controlling the speed of the vehicle without harming others. In this paper, we are using RFID module to limit vehicle speed. The RF transmitter will be placed at first and last of the restricted areas and RFID receiver should be placed inside the vehicle. The vehicle speed was obtained by speedometer which is available in vehicle. And that speed is compared and monitored by the controller. If the vehicle speed exceeds the limited speed, It automatically controls the speed of the vehicle according to that particular zone. Hence, automatically the speed reduced. If there is any emergency, a switch will be available in the vehicle. When the switch is ON, the speed is not controlled automatically. The vehicle which is switched ON, that vehicle number was stored in cloud. Here the main purpose of cloud is it loads the route map of the vehicle.
An Analysis for Repowering Prediction of Jamgodarani Wind Farm Using MATLAB
Authors: Verma Manoj , Ahmed Siraj 
Published: April 2019

The development of megawatt class turbines has led to the improvement of wind turbine technology and design. Re-powering in wind energy is a concept to replace and reduce the number of installed old wind turbines of lower capacity by modern turbines of higher capacity. It intends to generate the highest possible constant output power under all wind speed conditions. This research paper portrays economic viewpoints of the repowering procedure for different wind farms. The availability of wind energy in many regions of India encouraged a developing interest in the field of renewable energy and as a consequence this procedure was generated. Before 1998 all the equipments used in relevant research sites were outdated and low powered. But now modern wind turbines with higher efficiency are available to generate more power using considerably reduced infrastructure. This research work proves that repowering is a productive attempt for such old wind farms by using MATLAB (Matrix Laboratory) programming. Wind energy technology is favored due to the benefits of environment friendliness, relativity less installation time and economic competitiveness. A detailed study of necessary performance indices to determine the reliability and performance of a particular wind farm for repowering is done in this research work. An old wind farm located at Jamgodrani Hills, which is in a central part of India, is selected to study the implementation of repowering. This wind farm was commissioned in 1990 with a capacity of approximately 13.05 MW consisting of 58 wind turbines of 225 kW capacity each.
Time Control Chart for Two Inverted Models
Authors: Subba Rao R , Pushpa Latha M , R.L. Kantam R 
Published: April 2019

Control charts are one of the powerful techniques of Statistical Process Control. Control charts are widely accepted and applied in industry which can be used to improve productivity, prevent defects and unnecessary process adjustment. Moreover, they also provide information in diagnosis and process capability. Life time data generally contain the failure times of sample products or inter failure times or number of failures experienced in a given time. The time to failure of a product is to be considered as a quality characteristic to assess the quality of the product. Control limits are evaluated for the time to failure. In this paper the time to failure of a product is considered to follow Inverse Rayleigh and Inverse Half Logistic distributions. Life time data are compared with the control limits to judge the quality performance of the product.
Studies on Environmental Geology and Health Hazards with Reference to Fluoride Rich Groundwater of Nalgonda District,Telangana State, India - a Remote Sensing and G.I.S. Approach.
Authors: M.Ganesh K , Jagannadha Rao M , Jai Sankar G , Raghu Ram P 
Published: April 2019

In the area of study the quality and quantity of groundwater are below the normal standards. In this study spatial statistical methods have been used to demarcate highly polluted zones. Especially fluoride concentrated areas in Nalgonda district. Water quality, especially excess of fluoride concentration in groundwater, is a major concern in the study area. Levels of fluoride in groundwater are considerably greater than the permissible limit especially in Nalgonda district which is known for endemic fluorosis, which is caused by intake of high fluoride water is a slow, progressively, crippling malady affecting young and old, poor and rich, rural and urban population. The area under investigation lies in between the longitude 790 0'-79o 30' E and latitude 16o 45'-17o 15' N. In as many as 1122 habitations in Ranga Reddy and Nalgonda districts, fluorosis is prevalent and they have fluoride content in excess of 1.5 mg/l drinking water. One such area where fluoride contamination in groundwater has been known for several years in parts of Nalgonda district of Telangana state. In this district, several thousands of people in various villages are suffering with advanced fluorosis. A number of studies carried out earlier established the extent of fluoride contamination in different villages. However, no attempt was made to study the spatial distribution of various quality parameters including fluoride in the groundwater of this area. With this background this investigation is planned and undertaken. The spatial variability of groundwater G.I.S techniques were presented. The fluoride variation with reference to other quality parameters was brought out. An attempt is being made to summarise and understand the factors that control the groundwater quality variation in the area of study. A detailed study on fluoride occurrence is taken up, mainly to see its relationship with various other parameters and the influence of hydrogeology and lineament pattern on fluoride occurrence.
Experimental Study on Building Demolished Waste Stabilized Expansive Soil with Potassium Chloride
Authors: M. Ganesh K , S.S.Vara Prasad A , Jagapathi Raju M 
Published: April 2019

All the civil engineering projects such as highways, water reservoirs, railways, buildings etc. requires large quantity of earth material. The mankind was wondering about the instability of earth materials especially expansive soil for centuries. Large areas are being covered with highly plastic and expansive soil quite often which is not suitable for such purpose. They can be hard when dry and they can be soft in moist conditions. Soils subjected to volumetric changes with seasonal moisture variation always create problem for lightly loaded structure by consolidating under load. It results in excessive settlement of superstructures usually and differential movements causing damage to foundation systems, structural elements and architectural features. Promising results were obtained by various researchers for the application of such expansive soil after stabilization with additives such as sand, silt, lime, fly ash, etc. A relatively new solid waste, Building Demolished Waste (BDW), can be used for stabilization of expansive soils for various uses in combination with potassium chloride. This study was planned to access the role of potassium chloride inclusions in improving the weak expansive soil besides stabilizing it with Building Demolished Waste in different proportions.
Power Measurement by Calorimetric Method Using Water Infrequency Range Between 1.7 Mhz To 3 Mhz
Authors: Shokrollahi F , K. Lau K , H. Tay W , S. Lai L 
Published: April 2019

Absorption is one of the most established processes for CO2 capturing. However, the current technologies used in this process suffer from several drawbacks. Meanwhile, the ultrasound technique is proposed as a new alternative technology to assist the CO2 absorption process due to both its physical and chemical effects. Yet, the chemical effect is still under developments. Between all the influencing parameters, the ultrasonic power and the frequency are the vital key parameters to investigate sonochemical effects during the CO2 absorption process. The aim of this paper is to measure the ultrasonic power of an ultrasonic vessel. The total electrical power measured by using the voltage and the flow. Simultaneously, the ultrasonic power determined by using the calorimetric method. The measurements were done by using water with different volumes and repeated for three different frequencies. The results showed that almost 51% of the electrical power converted into the ultrasonic power and were independent of liquid volume.
Office Interior: The Influence of Office Environmental Factors towards Task Performance
Authors: Hanim Awang Arita , Denan Zuraini , Hanita Abdul Majid Noor 
Published: April 2019

Office environment has become crucial in providing comfort for the workers and in maintaining the sustainability of an office. Office environmental comfort is significant to office workers life as the office has become their second home. Almost half of the five working days were spend in the office. Air conditioning and lighting are among the most significant contributors to high energy consumption in office building in Malaysia. In promoting an energy efficient building, consumption of electrical lighting and air condition in office from morning till evening requires an investigation. The aim of the research is to explore the environmental condition of office which occupied by design related field employees. The environmental air condition and lighting preference are among the significant variables tested. A controlled experiment of a mock-up office with combination of those variables was conducted. The findings indicate that the office workers can still perform their task in extreme conditions which are low level of lighting below 200 lux with highest or lowest temperature between 16 to 32 Degree Celsius, however, the percentage of completion (POC) of the AutoCAD drafting task relatively decreasing. This scenarios show that the designers’ office environmental conditions have significant impact towards task performance. The optimum office environmental setting is needed in order to increase employee’s task performance.
A study on the estimation and prediction of volatility on financial assets
Authors: An Chang-Ho , . . 
Published: April 2019

Volatility in financial markets due to changes in the internal and external financial market environment causes economic entities to increase uncertainty of economic activity, thus affecting the real economy. The volatility of stock index, interest rate, and exchange rate has a negative impact on the business performance of companies and financial institutions due to decline in the value of stocks, bonds, and derivatives held for short-term trading purposes. In this study, therefore, the KRW/USD exchange rate and the KOSDAQ index data from January 2005 to December 2017 were converted to log yield data for volatility estimation. Autocorrelation test of the error terms confirmed the partial autocorrelation function, and a Portmanteau Q-test was performed. Significant parameters were estimated by the stepwise autoregressive method. The Lagrange Multiplier test (L-M test) was used for the ARCH effect and the order of the model, and parameters were estimated by the Maximum Likelihood Method. Fit of the estimated model was found to follow the white noise according to the Portmanteau Q-test using standardized residuals. As the result, AR(1,2,3,13)-ARCH(1) model was selected as the volatility estimation model for KRW/USD exchange rate, and AR(1)-ARCH(1) model for KOSDAQ index.
Automated Prescription of Alcoholic Content to Dipsomaniac
Authors: C Saranya , Surya E , Priyaa K Karpaga 
Published: April 2019

Alcohol addiction is an exponentially increasing dreadful disease. Alcoholic beverage is a drink that leads to greater risks of human health related problems. The consumption of alcohol is spring up as a serious issue. It makes a great difference on , both “how much you drink on any day” and “how often you have a heavy drink," The risk of developing alcoholism is not caused by a single gene, but rather numerous genes that interact with one another. Need of this paper is to reduce alcohol consumption by controlling and monitoring. Here we uses Sensors which response to a human physical stimulus and transmit a developed impulse. The interpreted data from the sensor is analyzed and used for prescribing the amount of liquor to the dipsomaniac person. The digital statistics is remotely maintained in the cloud repository. Through this alcohol sales, addiction can be controlled and avoid illegal sales. The intention of this paper is to monitor the health condition of a person.
Comparative Analysis of Machine Learning Techniques to Identify Churn for Telecom Data
Authors: Malleswari M , Manira R.J , Kumar Praveen , . Murugan 
Published: April 2019

Big data analytics has been the focus for large scale data processing. Machine learning and Big data has great future in prediction. Churn prediction is one of the sub domain of big data. Preventing customer attrition especially in telecom is the advantage of churn prediction. Churn prediction is a day-to-day affair involving millions. So a solution to prevent customer attrition can save a lot. This paper propose to do comparison of three machine learning techniques Decision tree algorithm, Random Forest algorithm and Gradient Boosted tree algorithm using Apache Spark. Apache Spark is a data processing engine used in big data which provides in-memory processing so that the processing speed is higher. The analysis is made by extracting the features of the data set and training the model. Scala is a programming language that combines both object oriented and functional programming and so a powerful programming language. The analysis is implemented using Apache Spark and modelling is done using scala ML. The accuracy of Decision tree model came out as 86%, Random Forest model is 87% and Gradient Boosted tree is 85%.
Prototype Survey of Path Planning and Obstacle Avoidance in UAV Systems
Authors: SARATH CHANDRA S , A. S. C. S. SASTRY Dr 
Published: April 2019

In recent years, have seen rapidly growing interest with implementation and development of different type of networks of multiple unnamed aerial vehicles (UAV), as aerial sensor networks for inter co-operative monitoring, surveillance monitoring and rapid emergency response for communication. This is an emerging concept in real time communicative networks. Path detection, planning and obstacle avoidance is the aggressive representation for unnamed aerial vehicles in indoor environments. There are many techniques/approaches are introduced to evaluate above features for real time communicative environments. So in this paper, we discuss about those techniques implementation procedure and brief description regarding obstacle avoidance, multi-point interaction to track the location in wireless network communications. This paper analysis most successful path detection, planning and other reference based methods with successive description in real time scenario. Furthermore, a comprehensive with comparable result analysis of each path planning technique by considering their implementation in time complexity and other parameters in real time communicative networks.
Brief Review and Mathematical Modelling of Air Cushioned Pressurized Paper Machine Headbox
Authors: Saini Parvesh , Kumar Rajesh 
Published: April 2019

Today, the requirement of high grade papers is increasing day by day. To cater the need of high quality papers, new high-speed paper machines are being developed constantly. The whole economy of a pulp and paper industry depends on the quality of paper produced, quality of paper depends on the efficient operation of the major part of paper industry – paper machine. Paper machine is the heart of paper industry and has many subsystems. One of the important subsystem of paper machine is Headbox. To have the desired quality papers, efficient working of headbox is highly required. To have desired operation from headbox, its precise control is necessary. The precise modelling of headbox, leads to design of efficient controllers for its proper control to get the desired response. This paper presents the mathematical modelling of headbox along with a brief review of various research performed on headbox.
Reverse Logistics for Malaysian Tire Industry: A Conceptual Framework for Strategic Implementation
Authors: Rizad Md Sapry Hairul , Shakina Mohamad Ridwan Nurul , Rahman Ahmad Abd , Baskaran Shathees , . . 
Published: April 2019

The deficiency in product performance of tire which concerns safety issue requires an immediate pull back from the market. An increasing trend of defect tires pull back from the market has made enforcement of environmental legislation to be more forceful and that is one of the reasons tire manufacturers scouting for possible distribution channels or methods to enhance reverse logistics as part of their supply chain. In order to provide a conceptual strategic implementation direction, this research adopted qualitative method occupying in-depth interviews with major tire manufacturing companies in Malaysia to extract the data and explore resulting themes. A strategic model of implementation of reverse logistics for tire industry in Malaysia has been established as a guide for academician, practitioners and relevant regulatory bodies with an aim to improve the process of reverse logistics addressing cost structure and environment issues as well as to introduce and enhance the possibility of reverse logistics in the supply chain of tire industry in Malaysia.
Planar and Non Planar Construction of - Uniquely Colorable Graph
Authors: Elakkiya A. , Yamuna M. 
Published: April 2019

A uniquely colorable graph G whose chromatic partition contains atleast one g - set is termed as a g - uniquely colorable graph. In this paper, we provide necessary and sufficient condition for and G* to be g - uniquely colorable whenever G g- uniquely colorable and also provide constructive characterization to show that whenever G is g- uniquely colorable such that |P | ³ 2, G can be both planarand non planar.
Design and Modeling of Modified Savonius Highway Wind Turbine
Authors: Venkatesh P.M. , .Suresh Dr.K , Babu A.R. Vijay 
Published: April 2019

Abstract— in this paper, the design and modeling of highway wind mill using savonius wind turbine has been done. The highway wind mill is nothing but the wind mill kept in the mid of the road so that , this wind mill utilize the fast moving wind which is produced from fast moving vehicles travels in the high way. In this work the required wind data have been collected in highways and based on these values the design and fabrication have been made. The output of the wind turbine has been given to the power converter in order to get the constant power output.
An Integrated Approach to Assess the Impact of PCM [Phase Change Material] to Reduce the Energy Consumption in Buildings-a Review
Authors: Reddy Mr. K.Pavan Kumar , Rao Dr. B. Nageswara , Reddy Dr. M. Srinivasa 
Published: April 2019

The achievable joining of Phase Change Material [PCM] in building materials has pulled in a lot of examination intrigue overall due to the need on a dangerous atmospheric deviation and further more the capacity of PCMs to reduce vitality utilization in structures owing to their warm vitality stockpiling capacities. As a substance with high warmth of combination, PCM is equipped for putting away and discharging enormous measures of vitality inside the assortment of inert warmt in liquefying and hardening forms at the specific change temperature. For as long as 25 years,critical examination has been attempted on potential utilization of PCMs in concrete. Latent Heat Storage [LHS] aimed a PCM is unbelievably alluring because of its high vitality stockpiling thickness and its isothermal conduct all through the stage change process. Expanding the warm stockpiling ability of a building will upgrade the human solace by diminishing the recurrence of inside air temperature swings all together that the inside air temperature is nearer to the pre defined temperature for a broadened measure of time.