bluuebunny/crossref_metadata_2025_split huggingface dataset:
Detection of Mentally Distressed Social Media Profiles Using Machine Learning Techniques
Authors: Sravanthi T. , Hema V. , Tharun Reddy S , Mahender K , Venkateshwarlu S 
Published: December 2020

Abstract
In recent days, due to multiple reasons like the nuclear family, peer pressure for fake prestige, impatience attitude, and mental stress has become a common trait in every person. With advancements in technology like the internet and online presence, it has become a routine to be active online. Some sections of people vent out their emotions online as they have no support system in real life. It has been detected, as seen in some instances; those suicidal tendencies ranging from mild to extreme could be from a person’s online profile activity. However, it is a complex combination of multiple factors that must be comprehensively calculated lest it predicts a wrong result for an innocent person marking him as suicidal. In our current work, we use a specific method that includes all critical criteria that could be exhibited by a suicidal person by using Natural Language Processing (NLP) techniques. These textual features are passed through a robust Machine Learning framework for detecting an abrupt change in input data. Our method predicts efficiently a genuine, mentally disturbed profile from a typical profile.
A Multi-hop Network Congestion Management Routing Protocol for WNETS
Authors: Mamidala Sruthi , Sravanthi T. , Dadi Ramesh , Kumaraswamy E , Sunil G. 
Published: December 2020

Abstract
Each time multiple packages are sent to the network, but, it is going to be possible to path some packets using a long/costlier way, if those will be drawn links are lower than links. More obviously, as said. I can possibly stand for routing schemes due to overwhelming and uninterrupted delays. we consider the issue of running packets more than one source of traffic involving multi-hop networks and wireless links to ensure the expansion of the bombardment. Each packet the overall transmission can cool up the transmission by random subgroup noodles, which are decided in on the next relay. The main aim is to design of at least delay policies trade closure to balance the packets the lowest route on the floor and the traffic distribution according to the maximum backpressure. The major mixture the smallest way and background aspects, this article offers a systematic stand-alone system of stand-alone Routing with Dynamic Diversity (D-ORCD). Uses D-ORCD alive of likelihood of identification and draining time for the way packets with routes with predicted cumulative crowd. D-ORCD is being proven with single floor the expected delay under all the networks and any acceptable traffic, for a more time, the mixture rate is very relative traffic figures. As well, this article aims a practical process of D-ORCD which has to be in particular needed to improve algorithm parameters and delay as well as their effects on protocols top.
A research on security problems with data storage in cloud computing
Authors: Kumar Komuravelly Sudheer , Ravi Chythanya Kanegonda , Jamalpur Bhavana , Dandugudum Mahesh , Prabhanjan Yadav Bonthala 
Published: December 2020

Abstract
Cloud computing is a transformative mechanism that changes the way hardware and software design and procurement are built for businesses. Everybody pushes data and application applications to cloud data centers due to cloud simplicity. The Cloud Service Provider (CSP) can maintain integrity, accessibility, privacy, and confidentiality, but CSP does not provide client and stored customer data with secure data services. This research discusses problems related to the storage of cloud data, such as data breaches, data theft, and cloud data unavailability. Finally, we are offering potential solutions to related cloud problems.
On The Solution And Stability Analysis Of 6thorder Bvp By Special Multistep Methods
Authors: Balarama Krishna C , Anusha G , Archana Reddy R , Rajesh Chary K 
Published: December 2020

AbstractAn effective method of solving a 6thorder nonlinear BVP based on the numerical differentiation is presented in this article. The Uniqueness and existence properties of the solution are established. A more accurate and reliable process is derived to know the solution of 6thorder BVPs. The procedure is verified on nonlinear problem. The solutions are matched with exact solutions and absolute errors obtained in this method are compared with that of Galerkin method.
Rank based Approach for Extracting Unit Pixel Width Skeleton
Authors: Neelima N. , Srikrishna Dr. A. , Gangadhara Rao Dr. K. 
Published: December 2020

Abstract
Skeletonization is a transformation of a digital picture component into a subset of the original component. The skeleton is a qualitative tool for matching and analyzing 2D objects. Skeletonization is considered as an important issue because of the close link between an object’s skeleton and its boundary. Arank based skeleton extraction algorithm is presented which iterates itself to remove all the skeleton branches corresponding to the unimportant shape regions depending on the boundary extraction method. The method proposed performance is compared with various methods in the literature such as ZS, LW, and MZS skeletonization algorithms and identified that proposed method out performs well with respect to the performance measures elapsed time, thinning rate, thinning speed, and connectivity.
Realization of Elegant Security System for Women and Children Safety
Authors: Danthamala Koteshwar Rao , Krishna P , Srikanth Y , Anil Kumar T 
Published: December 2020

Abstract
Security has become an immense issue wherever all through the world. Concerning human security, the proposed structure can be applied to make it powerfully astute, reasonably secure, and mechanized. Utilizing two sensors bend and pyroelectric infrared the structure was made both really and therefore began. Considering the sensor, the structure turns ON and detects the difficulty area. By at that point, the district is sent to some picked numbers correspondingly as spared in the server. This work joins information assortment by utilizing sensors. To transmit to proliferate together server and move to the site Raspberry and GSM are utilized. Using this structure, individuals of any age can be profited. The structure can be revived and enhanced by further increases of highlights. Unequivocally when a human will reshape his stable finger following to conflicting with any sort of hazard, the resister estimation of twist will be changed and the structure will be on. By at that point, not just SMS including locale will be sent to the predetermined numbers yet likewise, it will be moved and spared as still pictures to the site.
SVD Based Robust Unsighted Video Watermarking Technique for different attacks
Authors: Kumaraswamy Eelandula , Vatti Rambabu , Vallathan G , Prasad Ch Rajendra , Danthamala Koteshwar Rao 
Published: December 2020

Abstract
Nowadays, digital watermark protects intellectual property in the digital world. In this article, a new singular value decomposition (SVD) based robust unsighted video watermarking technique is used for protection of copyright or owns individual work. The Singular Value Decomposition is used in this method to embed the information in a video file. In the embedded process the information generally referred to as watermark, which is of the form either audio, text, video, or any binary image or digital image. The embedded information can be identified in this process without considering the mechanisms of the original video, or any other knowledge about the encoded video ‘s main singular values. Singular value decomposition is used in embedding the information as well as retrieving the information from the embedded watermarked video. SVD based robust unsighted video technique shows that it bears required robustness on various attacks like MPEG-2 compressed video, median filtered, small rescaled, and rotational videos. In the experimental result, it is noticed that the unsighted video watermarking technique has visible quality and robustness for various attacks. In which watermark is installed in uniquely chose particular estimations of the video, and the first request can be kept up to recovering the data in our method and it has been indicated roust to different attacks.
Microstructural Characterisation and Durability Enhancement of Concrete with Nano Silica
Authors: Vandhiyan R , Rajesh Kumar K , Gurumoorthy N , Mahender K , Vinod Kumar M , Vijay T J 
Published: December 2020

Abstract
Deterioration of concrete due to chemicals is aggravated by entry of harmful liquids and gases through its pores. The porosity and pore structure of the concrete play a vital role in transporting harmful substance, due to capillarity and permeability. Concrete’s density, strength and its pore structure can be improved by using Nano Silica (NS). In this study NS was used as an addition and it was proved to improve the properties of concrete. The Scanning Electron Microscope (SEM) image of sample with NS shows that the concrete has denser, more compact and better gel formation with fewer pores than concrete without NS. NS particles fill the nano sized pores in the concrete and improve the pore structure of the concrete. The weight loss of concrete due to sulphuric acid and hydrochloric acid was 27.53% less and 32.34% less respectively, when NS was added.
Effect of particle grain size on its shear strength behaviour of soils
Authors: Saravanan R , Poongodi K , Murthi P , Sudharshan E , Gobinath R 
Published: December 2020

Abstract
This research explores the impact of compaction of soil on the strength properties of soil by conducting the shear tests on several soil samples with different moisture content and sandy soil with various particle sizes. In thisexperimental investigation, the shear strength of soil was evaluated by the cohesion and internal frictional angle. Soil structure and moisture content are the fundamental components influencing the cohesive property. Variations in the particle compositions and moisture content of cohesive soil modify the contact state and its structural arrangement, thus considerably influencing the macroscopic properties of clay soil. Various soil particle structures reformed the shear deformation by altering the structural composition and inter-granular arrangement. This investigation shows further understanding of fine and micro mechanism of shear strength characteristics of various components of soil structures.
Web of Things an intelligent approach to solve interoperability issues of Internet of Things communication protocols
Authors: Thirupathi V. , Sagar K. 
Published: December 2020

Abstract
Internet of Things (IoT) is an emerging technology now in a days. It allows each and every physical thing to communicate with each other through internet. To establish communication among physical things they require some communication protocols like hypertext transfer protocol (http). But these devices have constrained computational resources like RAM and processor speed. Due to constrained resources they cannot able to communicate using http. So they require special communication protocols like CoAP, MQTT and AMQP. Various manufactures can build their products using their proprietary architectures and communication protocols, when they try to communicate problems raised due to proprietary architectures and protocols. This is called interoperability problem. To solve this problem we propose a solution using Web of Things (WoT), WoT enables each and every device can connect to a server as web pages. So that we can access any device through web using internet as simple as we access web pages.
New Era of IoT Network Protection and PackagesThrough Prolonged Range
Authors: Yamsani Nagendar , Chanti Yerrolla , Ranjith Kumar M , Mannanuddin K , Valpadasu Hema 
Published: December 2020

Abstract
In this research mission, we motive to construct a protracted-variety (ProlongedRange)-primarily based net of factors (IoT) comfortable localization device and appliance primarily based totally on multisensory synthesiscomputation. The Prolonged range generation is used to layout a community security device and right now deal with the computing device, wherein the purpose is to broaden a community server host that collects and approaches function signals from the multisensingsignal series and evaluation processing module and at once detects region by using community nodes thru the sensors cloud, excessive-degree improvement platform, and the multisensory fusion computing workstations, which send the consequences to the crucial monitoring gadget thru the Wi-Fi gadgets of the Prolonged range network. The relaxed localization computing chip very final outcomes, as advanced on this mission, can be used in the domain names of electricity control, environmental manipulate, facts management, manufacturing unit monitoring, and renewable strength manipulate. The device of this task comprises prolonged range hosts, which get hold of signs from numerous nodes and are linked to multisensory fusion arithmetic device via a Wi-Fi network. To sum up, in this look at, we emphasize the usage of multisensory fusion computing generation to implement a relaxed localization gadget of a wireless sensor network technology (WSN), and we remember the use of the embedded system and prolonged range era to broaden a monitoring machine for manufacturing facility fire manage anti-theft, energy, facts, and protection primarily based on cozy localization. In this study, we pass domain names and integrate associated engineering automation, community safety technology, multisensory synthesis computation design, and the (ProlongedRange) localization method, and the study’sfindings are anticipated to make a contribution to the network protection of the protection organization and studies at theLora IoTlocalization method.
Raspberry Pi based E–Health System over Internet of Things
Authors: Rakesh Pasuladi , Mr Prakash I.V 
Published: December 2020

Abstract
Health is very important in our daily life style. It’s monitory to check up health every for patients, and old age people. Electronic technology also helped to enhance the heath monitor and auto alerts regarding their health, it’s very easy and time reduction for doctors. We introduce the Internet of things based latest techno health system for easy flexible health monitoring anywhere in the world. In the proposed system having heart rate, temperature, vibration sensors all integrated to the parallel processing microprocessor. Health parameters re measured by sensors and give the raspberry pi module. This module analyse the data a and monitor in LCD, post the same in internet of things based server. We continuously monitor, if any changes found like low heart rate, high heart rate, high temperature, patient movement iot alerts the authorized person regarding health. This proposed system enhances the present health system to next level with easy to operate.
Modeling And Simulation Of Applied Load On Lenin Fiber Composite Materials Using COMSOL
Authors: Kumar Pankaj , Sairam Cherala , Dender V , Rajesh Adla 
Published: December 2020

Abstract
Nowadays, composite materials become important and very useful due to eco-friendly and have no adverse impact. In this study, fabrication of the natural fiber composite performed using Lenin fiber as reinforcement and epoxy as resin materials. Four samples of laminates if fabricated using different proportions of the fiber and resin. This research article also presents the simulation performed to investigate the effects of the different loads on the different forms of the von Mises stresses developed during the application of the loads. The various forms of the von Mises stress include von Mises stress (Principal stress), layered material von Mises stress, through-thickness von Mises stress, and line graph von Mises stress developed in the laminates. In addition, the influence of different loads on the stress-induced is also investigated and observed that on increasing applied load, von Mises stress also increases.
The Influence Of Process Parameters On The Surface Roughness Of The 3d Printed Part In FDM Process
Authors: Sammaiah Pulla , Rushmamanisha K. , Praveenadevi N. , Rajasri Reddy I. 
Published: December 2020

Abstract
3D printing is a promising digital manufacturing technique that produces parts with layer by layer. The influence of process parameters is investigated for ABS material in fused deposition modelling (FDM). This work aimed to determine the surface roughness of 3d printed parts of the ABS material with varied parameters of infill height and infill density. The results of the test show that the, surface roughness is higher (11.6mm) at 20% infill density with 0.26mm infill layer height. Also, ABS material surface shows good finish (lower surface roughness) at 100% infill density with 0.06mm infill layer height. The infill layer height clearly visible under microscope at higher infill layer height with all the infill densities.
Fuzzy based controller for a hybrid electric vehicle with MMC and SRM drive
Authors: Sudhakar A V V , Manjusree Y , Teja M S 
Published: December 2020

Abstract
In this article a novel fuzzy control based Hybrid Electric Vehicle (HEV) with Modular Multi Converter (MMC) fed Switched Reluctance Motor (SRM) is investigated. In this proposed approach MMC fed to the SRM motor with integration of Full Bridge (FB) converter. FB switching pattern operates with intelligent fuzzy control algorithm. The MMC inverter fed SRM drive HEV has been successfully simulated with MATLAB software package. The simulation results are proven that the harmonics are mitigated by employing proposed method. Performance characteristics of SRM motor such as, phase voltage, line voltage, speed, torque, rotor current, load torque is obtained, and these are compared with conventional methods i.e. current converter operated HEVs and solar (PV) integrated HEVs. It can be observed from the reported results that the proposed method is providing satisfactory output results.
Utilization of power decoupling method in solar system frame to track maximum power using artificial neural networks
Authors: Deshmukh Ram , Suresh J. , Subrahmanyam KBVSR , Irfan MM 
Published: December 2020

Abstract
In this work, solar PV panel is joined to single phase grid by converters. DC-AC inverter is considered to pass ac output to grid. Due to shading of solar radiation on string, we see irregularities of power. Maximum power is identified at each string with replacement of temperature and irradiance. This discrete power can be corrected by using converters with perturb and observe (P and O) method. Full power processing converters are the available answers where the power is generated directly, and we identify more losses. Boost converter is used to build-up the output of panel, which is very small due to shading and it is the proposed scheme. There are many techniques used to get the power from the system. The entire circuit design, implementation and process is done in MATLAB software. The results show that the used Artificial Neural Network (ANN) scenario is very efficient, very complex and low cost.
Improved cat-firefly algorithm with facts controllersfor improvement of voltage profile in IEEE modified 14 bus systems
Authors: Deshmukh Ram , Naraina A. , Sanjay K. , Subrahmanyam K.B.V.S.R. 
Published: December 2020

Abstract
In recent years there are several advancements in deregulated power market. It has become a desirable practice to reach advanced efficient power operation along with facilitated competitions among the power system market players. Anacceptable and sustainable power delivery scheme is a key issue in healthy completion of power industry. Thus, transmission network should satisfy all the required delivery schemes set by the power industry, but when there is sudden accession in loads connected to power network, the transmission system is revealed to transitory failures and instability issues. Conventional methods do not support enough to handle the deregulated power system failures. Hence a contemporary method which can deal such failures is proposed in this research work. In the proposed research work Flexible AC Transmission System (FACTS) controllers are gripped in the transmission network to enhance the voltage profile there by enhancing the stability of the system and this is achieved by optimizing the control parameters of the FACTS controllers to their opted values. In this proposed work the multi objective optimization problem for control parameters is solved by Improved Catfirefly Algorithm (ICFA) technique. The proposed work is validated through simulations on modified IEEE 14 bus system using MATLAB 14 simulation tool.
IOT Based Progressive Anti Theft ATM Security System
Authors: Ramyasri S. , Mahalakshmi M. 
Published: December 2020

Abstract
Automated Teller Machines ATMs are used with one type of approach, usually with cash withdrawals. ATM customers use a lot of ATM facilities and make billions of transactions. In the meantime, Due to inadequate of security, the thefts in the ATMs are also disproportionate. The main objective of our analysis is to minimise the number of ATM robberies. N of this assignment, we use the camera to recognise the face. The IR will activate, the buzzer will warn the sound, and the corresponding alert message will be sent to the assigned user if any of the sensors including temperature. In addition, if someone wants to open the money locker, the gas is sprayed on the robber to make him unconscious. This is why a low-value portable Integrated database server primarily based on the ARM11 computer and the Raspberry Pi operating gadget for Linux needs to be put into operation. This configuration is suggested for ATM safety, consisting specifically of door lock modules, internet, sensors and a face-recognition camera. Whenever theft occurs, an infrared sensor is used here that detects the vibration and temperature of the ATM system and takes critical motion. This machine uses the ARM11 controller to process real-time information acquired using the IR sensor, based primarily on the built-in gadget. The details are communicated to the entire master device based on ARM11 until the IR is detected. The DC engine would then be used to shut down the Automated teller machine lock, the circuit will be used to release fuel inside the ATM to deliver the robber to the unconscious point, the GSM modem will send signals to the local police station and the approved person concerned, and the alarm will eventually come from the buzzer. This can deter the robbery, and the man or woman who is involved in the robbery will be without difficulties.