bluuebunny/crossref_metadata_2025_split huggingface dataset:
Smart Health Care Pathology
Authors: Saikumar Nama , Nitesh N. T. V. , Mary A. Viji Amutha , Selvan Mercy Paul 
Published: April 2021

Abstract
Wireless sensor networks have wide use in different fields such as medical, military defense. This paper discusses the primary hidden protection framework for data privacy. The hidden key, remote node, and base station are used to connect and hack through secrets. We used fiber labeling technologies to secure data transmission Between the base station and the far node. We combined those techniques with Data slice, homomorphism, data privacy and data security defense encryption technology. The only way to obtain more than a sufficient number of different secrets That can decode data from base station to remote node. To order to protect data privacy, the homomorphism encryption technology Sets up a safe and powerful network of wireless sensors.
A Fuzzy based technique for Pattern Recognition & Classification
Authors: Praveena M. D. Anto , Christy A. , Helen L. Suji , Jancy S. , Nandini D. Usha 
Published: April 2021

Abstract
A pattern can either be seen genuinely or it tends to be watched numerically by applying calculations. Pattern classification is worried about the capacity to discover absolute names for a lot of perceptions. A pattern classification task was viewed as an example determination issue where a meager subset of test from the marked preparing set was picked. We proposed a versatile learning calculation using the least square capacity to address this issue. Utilizing these chose tests, which we call educational vectors, a classifier equipped for perceiving the test tests was built up. This epic calculation is a mix of looking through systems that, in light of forward looking through advances, yet Adaptive finds a way to address the blunders presented by before forward advances. This paper reviews cost-delicate fuzzy standard based frameworks for pattern classification. Weighted preparing patterns are utilized to build cost-touchy fuzzy principle-based frameworks. A fuzzy classification framework is built from a given arrangement of preparing patterns. It is accepted that a weight is appointed to each preparation pattern from the earlier. The heaviness of preparing patterns can be determined dependent on their dispersion.
Examining and Predicting Helpfulness of reviews based on Naive Bayes
Authors: Praveena M. D. Anto , Christy A. , Helen L.Suji , Krishna R.Sathyabama , Nandini D. Usha 
Published: April 2021

Abstract
Online reviews give a significant asset to potential clients to settle on buy choices. Be that as it may, the utmost extent of accessible reviews just as the enormous varieties in the review standard present a major hindrance to the compelling utilization of the reviews, as the extreme accommodating reviews might be covered in the huge measure of poor-standard reviews. The objective of this framework is to create models and calculations for anticipating the supportiveness of reviews, which gives the theorize for finding the extreme accommodating reviews for given items. We initially exhibit that the supportiveness of reviews depending upon the three significant variables: the commentator mastery, the composing approach of review, and the practicality of reviews. Contrasted with different all around examined conclusion investigation and feeling rundown issues, less exertion has been made to break down the nature of online reviews. The target of this paper is to fill right now naturally assessing the “supportiveness” of reviews and subsequently creating novel models to distinguish the most accommodating reviews for a specific item.
An Approach to Remote Condition monitoring of Electrical Machines based on IOT
Authors: Memala W.Abitha , Bhuvaneswari C. , Mana Suja Cherukkullapurath , Selvan Mercy Paul , Maniraj M , Kishore S 
Published: April 2021

Abstract
With the progress and development of national economy, the power system reliability and safety issues of power system is also to be considered important. Predictive maintenance is preferred in many of the systems as it reduces the downtime, increase efficiency and reliability. Condition monitoring is important to identify the fault early in distribution transformer and generator. If any fault occurs in the generator or transformer it may affect the entire process of the generating and distributing system. And it results in unexpected shut down of power supply and expenses. Therefore real-time monitoring of transformer/generator is mandatory for supplying the constant supply to the consumers. IOT based monitoring of transformer and generator system is proposed in this paper, which could monitor the most important parameters such as temperature, current and voltage in transformer & fuel level, oil level, temperature in generator with help of sensors and the information is also updated to server via Wi-Fi module. If Any abnormal conditions is detected it will automatically result in tripping off of the system and the information is send to the server via Wi-Fi. Therefore remote condition monitoring protection becomes possible with the proposed technology.
Video Information recantation using picture characteristic method
Authors: Saravanan D. , Immanuel Y. 
Published: April 2021

Abstract
Information withdrawal is one of the art for many researchers, especially extracting the images one of the most inspiring for many investigators nowadays, because the complexity of the data set. Image semantic features, because these features tell how to use the corresponding patterns during the process of editing the viedo. The video arrangements which is a formal and explicit specification of events. Specifically, an event is combination of Position, period, moving, and image capturing practise. Extracting the similar contentment from the stored data set is called interpretation template. Here, a semantic design is a mixture of little –smooth structures such color, motion and audio. This video arrangement bring the new set of information that not extracted previously.
A Modern Automatic Cooking Machine Using Arduino Mega and IOT
Authors: Mary Livinsa Z. , Mary Valantina G. , Godwin Premi M. S. , Merlin Sheeba G. 
Published: April 2021

Abstract
In day to day life, still the majority of the household having an extremely hectic schedule for cooking. The time taken to cook food in kitchen is very huge, which formulate them exhausted. Currently the technology has grown and automation process was introduced to society for human welfare. The proposed model of a new automatic cooking machine which is fully automated totally based on Arduino Mega. The fundamental inspiration behind this is to create a modernization in kitchen. Such innovation in kitchen will help reducing human efforts which is extraordinarily favorable to every person. This machine having following functions: pumping raw ingredients into pan, stirring then cooking. Also this machine maintains the quality with quantity of cooking food. The main aim of this model is to create the cooking very simple, trouble-free and a lesser amount of time consuming.
An Automated Underwater Wireless Communication System Using Li-Fi with IOT Support and GPS Positioning
Authors: Krishnamoorthy N R , Gerald Ajit , Rajalakshmi G , Marshiana D. , Thaj Mary Delsy T. 
Published: April 2021

AbstractThe most difficult medium for data communication is the underwater medium. It is due to its characteristics. The various existing mode of the communication in water medium are electromagnetic waves, acoustic waves and optical signal. But all these have its own drawbacks. The loss will be huge for Electro-Magnetic (EM) waves, so it is limited to the short range communication, optical waves has line of sight issues. To overcome these, in this paper, a Li-Fi technique is used for data transmission in water medium. It uses Light Emitting Diode (LED) sources for transmission of data. This will ensure the maximum transmission rate and it is more efficient and cheaper than the other existing methods. In this paper, automation via Bluetooth, IoT and it has GPS tracking capabilities are also incorporated.
High Density Concrete Using Different Aggregates With Addition of Geo Polymers and Rice Husk Ash
Authors: Eshanthini P , Praba M. , Priyadharshini B. 
Published: April 2021

Abstract
S Cement Concrete is one of the most important material used in construction, as it provides good ductility and can be moulded into any shape. Normal cement concrete holds a very short tensile strength, limited ductility and little resistance to cracking. It has been initiated that various types of fibers added in exact percentage to concrete expands the mechanical properties, durability and serviceability of the structure. The main aim of the study is to study the strength of M20 grade of concrete by adding rice husk ash and barite comparing with conventional concrete. The admixtures are added from replacing cement with fly ash and GGBS at 25%, 50% & 75% to the volume of cementious material. The mechanical properties namely compressive strength, split tensile strength were carried for concrete specimen at different age level and the basic test was conducted for cement, coarse aggregate and fine aggregate.
Corrosion resistance of Structural Steel using Waste Plastic Oil
Authors: Nirmala R. , Priyadharshini B. , Manoj Kumaar C. , Eshanthini P 
Published: April 2021

Abstract
The failure of reinforced concrete structures is due to various surface damage or structural damage. The common problem identified for the repair of concrete structures is mainly because of Corrosion. In order to prevent the steel from corrosion effect, the various methodologies are being adopted. Core-shell theory was used to protect the steel material from the effect of corrosion by the application of cobalt oxide with zinc oxide on silica and alumina layer. According to this theory, the formation of effective protective layer is made to behave an anticorrosive coating. The combined effect of core and shell compounds enhances the efficacy of properties as a film of coating material for the steel used in the construction industry. The present study is an attempt on coating the steel reinforcement used in the construction industry using plastic oil extracted from the waste plastic which possesses the property of adhesion and resistance against corrosion.
Development of PLC Program for Multi-Process Parameter and Multi Profile-based Control Logic for Heat Treatment Industrial Applications
Authors: Pullaiah D , GunaSekaran S , Jerry Alexander T , Krishnamoorthy N.R 
Published: April 2021

Abstract
The industrial heat treatment application is very critical generally. The implementation of process parameters like Temperature, Pressure, and vacuum should be controlled precisely along with pre-defined time slot, otherwise, it may impact the product quality in some applications. The process of vulcanization related to rubber, glass and aerospace products is done by hot air or steam autoclaves. The Temperature and Pressure are to be controlled with ramped setpoints and in some of the applications Vacuum is also considered. By using Industrial Autoclaves, there are two types of processes that can be carried out, namely the Vulcanization and Pre-Heating. Most of the Autoclaves were used for sterilization of medical equipment in the medical field also. The process parameters are controlled based on the Process time and pre-defined profile paths which are defined by the type of application used. Whatever the applications are available, the use of a control logic program remains same in all applications. The main agenda of control logic was to achieve the process set points and minimizing the amount of error and executing the Profile steps and logging the process data were purely depending upon the Control logic program and efficiency of logic. The development of the PLC program for Controlling the Autoclaves or Ovens, should capable to handle the Data acquisition, control and monitoring of Process parameters with the smooth functioning of associated sub-systems.
Energy saving in street lighting system
Authors: Elisabeth Jebaseeli E.Annie , susitra D. , Sundaram  
Published: April 2021

Abstract
A street lighting system should be very efficiently designed to provide good visibility, safety and comfort to the users. It must be energy efficient with reduced cost. Generally Street lights are not operated robotically. During summer, the lights are on even during the day resulting in wastage of electricity. In the existing street lighting system, power consumption is more since the lamps glow with full illumination even in the nonappearance of vehicles or pedestrians. To overcome this, an attempt has been made to propose a system which is totally automatic. Thus an efficient and comprehensive scheme for energy saving in illumination is proposed in this paper. The energy saving is implemented using three main methods namely Dawn Dusk Method, Reduced voltage method and one phase cut off randomly and other two phases with reduced voltage method. This idea can exploit the capabilities of energy saving on the street light in well planned township in a systematic manner.
Stratification and MHD Effects on Narrow Channel Problems
Authors: Venkatesh L.Prasanna , Swetha J. 
Published: April 2021

Abstract
In this paper we analyze viscous oscillatory MHD inhomogeneous fluid flow through the channel which is narrow and rectangular with one wall being porous through which suction or injection is taken place with constant rate and the other wall being rigid. The equation pertaining to the motion of fluid are simplified by using narrow channel approximation and the simplified equation are solved using similarity transformation and the graphical representation are analyzed for velocity profiles. The results reveal that stratification and MHD effects are found predominantly at the centre of the channel while stratification suppresses the flow in vertical direction. For B
0=0 and N=0 the results are in accordance with that already available in literature.
Numerical Analysis of 2d Rectangular Plate
Authors: Bai H Girija , Jeyanthi M Prasanna , Ashmi Dev D A 
Published: April 2021

Abstract
In this article two dimensional heat equation is solved using finite difference method for the metals such as gold, zinc, tin, marble and bronze. Dirichlet conditions are applied on the boundaries of the rectangular plate. The problem is solved for different metals and the comparison is made for reaching the steady state.
The first section in your paper.
An Application of Interval Valued Fuzzy Matrix in Modeling Clinical Waste Incineration Process
Authors: Bakar Sumarni Abu , Kamal Solehah Normaly 
Published: April 2021

Abstract
This paper exploits an interval valued fuzzy matrix in representing combustion process of clinical waste incineration system which previously modelled by using Fuzzy Autocatalytic Set (FACS). We defined a membership degree of interval-valued fuzzy edge connectivity using concept of infimum and supremum and proposed a mapping from FACS of clinical waste incineration process to an interval valued fuzzy matrix of FACS. Basic characteristics of the matrix are observed and some proven theorems are derived.
Fuzzy Path Homotopy in Fuzzy Peano Space
Authors: Sugapriya K. , Amudhambigai B. 
Published: April 2021

Abstract
The concepts of fuzzy path connected homotopy in fuzzy Peano Space, Contiguous position of fuzzy path connected homotopy and fuzzy path connected homotopy equivalence in fuzzy Peano space are introduced in this paper. Also several interesting properties of fuzzy path connected homotopy in fuzzy Peano space are discussed.
Triangular and Octagonal Array Grammars
Authors: Kuberal S. , Bhuvaneswari K. , Kalyani T. 
Published: April 2021

Abstract
Hexagonal Array Grammars (HAG) were introduced by K.G. Subramanian [4]. HAG increased the capacity of generating the hexagonal arrays on triangular grid. In this paper, using the Triangular Array Grammars (TAG) and Octagonal Array Grammars (OAG), we increasing the generative capacity for triangular and octagonal arrays. A system of the family of Triangular Array Language (TAL) and Octagonal Array Language (OAL) are presented.
Edge D-Centro Dominating Sets in Graphs
Authors: Ananthi P.Siva , Anto Kinsley A. 
Published: April 2021

Abstract
A subset S ⊂ E(G) of a graph G is said to be Edge D-centro dominating set of G, if for every e ∈ E – S, there exists an edge f in S such that D(e, f) = Rad

e
(G). The minimum cardinality of the Edge D-centro dominating set is called Edge D-centro domination number, denoted by (G). The Edge D-centro dominating set with cardinality DCeγ
(G) is called DCeγ
-set of G and some bounds are determined.
Arc domination in digraphs
Authors: Anbunathan R. , Rajeswari R. 
Published: April 2021

Abstract
Let D = (V, A) be a digraph. A subset S of arc set in a digraph D is called an arc dominating set of D if for every arc(v, w) ∈ A/S, there exists an arc(u, v) ∈ S such that {(u, v), (v, w)} ∈ A. The minimum cardinality of an arc dominating set of D is called the arc domination number of D and is donated by γ′ (D). In this paper, arc domination number for various digraphs were determined and also derived a characterization for minimal arc dominating sets of digraphs.
Expander Graphs – A Study
Authors: Angel D , Mary Jeya Jothi R , Revathi R , Raja A. 
Published: April 2021

Abstract
Expander graphs are highly connected graphs that have numerous applications in statistical physics, pure mathematics and in computer science. The increased connectivity in expanders are useful to model connections between interconnecting systems which can be considered as a graph composed of particles as vertices and edges represent interactions. This paper focuses on the fascinating and highly active area of research on expander graphs. In this article, different classes of expander graphs such as Schreier graphs, Ramanujan graphs and Lp-expanders are categorized and various constructions of an explicit family of expanders are explored. Based on their construction the chromatic number of these are graphs are obtained.
Integer Cordial and Face Integer Cordial Labeling of Some Flower Graphs
Authors: Parameswari R. , Saradha Pritha K. , Rajeswari R. 
Published: April 2021

AbstractLet G (V, E) be a graph, where V denotes vertex set with |V| = p and E denotes edge set with |E| = q. This paper addresses the labeling of graphs in such a way that the vertices are labeled with an injective mapping g:V→[−p2,…,p2]* or[└−p2┘,…,└p2┘]as p is even or odd respectively which actuate an edge labeling g* such that g*(uv) =1, if g(u) + g(v) > 0 and g* (uv) = 0 if not. The mapping is called an integer cordial labeling if | eg* ( 0 ) − eg* ( 1 ) | ≤ 1, where eg* (j ) signifies the edges labeled with j where j = 0, 1. Based on the integer cordial labeling the faces are labeled with g**: F (G)-→ {0, 1} such that g** (f) = 1 ifg**(f)=∑j=1ng(vj)≥0and g** (f) = 0 if not where Vj are the vertices of f. The mapping is called a face integer cordial labeling if | eg* ( 0 ) − eg* (1) | ≤ 1, where eg* (j ) signifies the edges labeled with j where j = 0, 1 and |fg**(0 ) − fg** ( 1 ) | ≤ 1 where fg**(j) signifies the faces labeled with j where j = 0, 1 is satisfied.
Optimization of Harmonious Coloring Problem in Mesh Derived Architecture
Authors: Franklin Thamil Selvi M. S , Amutha A. 
Published: April 2021

Abstract
Labelling of graphs has been the allocation of integers to the nodes or edges, or perhaps both, liable to revision. Graph coloring is indeed a specialized version of graph labelling, which is an allocation of labels consists of assessment to as colors to graph that are subject to several limitations. From its simplified sense it is indeed a method to color the nodes of a graph. This article deals with the harmonious coloring of central graph of some Mesh derived Architectures. A coloring is a harmonious coloring if it is a proper coloring with the intension of a couple of colors emerges towards one edge at the most.
Generative capacity of kolam patterns using Tile pasting rules
Authors: Metilda M.I.Mary , D Lalitha 
Published: April 2021

Abstract
Kolam is the art introduced and developed by south Indian People to entertain themself during the festival seasons. Even now it is regularly followed by the villagers especially by women every day morning In front of their houses using the rice flower. This paper gives an over view of drawing such patterns using colored petri nets and tile pasting system.
Certain subclass of harmonic univalent functions associated with generalized hypergeometric functions
Authors: Banu S S Sumaiya , Vijayalakshmi S P 
Published: April 2021

Abstract
In this paper, we introduce and define a new subclass of harmonic univalent functions involving generalized hypergeometric functions which are sense-preserving in the open unit disc. Further we obtain the coefficient bounds, extreme points, convex combination, growth bounds, distortion bounds and integral operator for this class.
Cryptography using Multiple – Chaos
Authors: Raja Kumar R. , Pandian R. , Prem Jacob T. , Pravin A. , Indumathi P. 
Published: April 2021

Abstract
Seemingly random, chaotic dynamic systems have state variables that move about in a non periodic, bounded fashion. The sensitivity to initial conditions of chaotic signals also holds an interesting pattern. A seemingly tiny change in the values of initial condition, can greatly affect the values of output. This means that the cross-correlation of two chaotic functions of same source is very low. This pattern of chaotic functions makes their use in the field of cryptography more interesting. A more complex version of chaos is the multiple-chaos, where two or more chaotic functions are used, enhances the security of the procedure. Additionally the dynamically varying look-up table, which is being transmitted along with the encrypted message, ensures high reliability in transmitting the data. Overall, this method ensures high security and high reliability in transmitting the data.
Cryptography Using Chaos In Communication Systems
Authors: Raja Kumar R. , Pandian R. , Prem Jacob T. , Pravin A. , Indumathi P. 
Published: April 2021

Abstract
A new and unexplored area in the field of cryptography is the use of chaotic systems to encrypt data. The purpose of this paper is to present how the principles of chaos theory can be applied in the field of cryptography. A cipher that uses chaos dynamics is presented that has very good statistical properties.
Numerical Modeling as an Effective tool for Artificial Groundwater Recharge Assessment
Authors: Abraham Marykutty , Ann Mathew Riya , Jayapriya J. 
Published: April 2021

Abstract
Quantification of distribution of groundwater recharge in spatial and temporal scale is a precondition for operating groundwater system effectively. Groundwater in aquifers depends on rainfall-recharge and percolation from water storages. Groundwater extraction at rates higher than its recharge rates, results in receding water tables at alarming rate. The study is to assess groundwater recharge capability of various structures in the Cuddalore aquifer, Tamil Nadu, India. The groundwater flow model was developed using MODFLOW, a finite-difference model with the support of GMS graphical user interface. Calibration, validation and the χ
2 test proved that there is no significant difference amid observed heads and modeled heads. Modelling results indicate that artificial recharge could augment groundwater levels in the area by 2 m.
Optimum buyer-vendor inventory model with coordination and price breaks
Authors: Ismail A.Mohamed , Muniappan P. , Kirubhashankar C.K. 
Published: April 2021

Abstract
This study develop optimum inventory model for buyer-vendor with coordination and price breaks situation. We develop the production inventory model with screening for deteriorating product and disposed for damaged items. The coordination strategy the buyer takes decision for the damaged products. Integrated inventory total cost is developed for system optimum values are found by using Lagrange’s multiplier technique. Various examples are given to illustrate the developed model.