bluuebunny/crossref_metadata_2025 huggingface dataset:
Emotions in the Electronic Educational Space
Authors: Novikova E. Yu.
Published: July 2021

The study of the role of emotions in education has already established traditions. The relevance of studying emotions in the electronic educational space stems from the expansion of distance education both in Russia and in other countries. System analysis allows us to identify many functions that emotions perform in learning, which include: motivational, meaning-formative, regulatory, communicative, directing, activating, the function of increasing creative potential, integrative, socializing, goal-setting. The retransmission of emotions in the electronic educational space has its own characteristics. Text information plays an important role in e-education. Therefore, the linguistics of emotions, discursive emotions and forms of verbalization of emotiongenic information are of great importance. The concepts of “emotional design” are of methodological importance for the study of emotions in the electronic educational space. The study revealed the different significance of cognitive and transactional emotiongenic factors of electronic space design for students. The most important cognitive emotiongenic factors were named: brightness and accessibility of visual signs, traditions and “customs”, feedback, reliability of the electronic system. The most significant transactional emotiongenic factors were: social communication, visualization, individualization in the design of the site, retransmission of values through the electronic educational space. The significance of emotiongenic factors differs on ZOOM, MOODLE, and LMS. The study of emotions when working in the electronic space allows us to identify areas of University information educational environment development.
ЭТНОГРАФИЧЕСКИЕ ИССЛЕДОВАНИЯ В ОБЩЕСТВЕННОМ КРАЕВЕДЕНИИ АЛТАЯ (XIX – НАЧАЛО XX В.)
Authors:   State Art Museum of the Altai Krai, Bogochanova Al'bina
Published: July 2021

Drawing on the example of ethnographic studies of Altai, the paper traces a process of collecting initial empiric material – mostly by forces of local historians; that fact defined public format in this sector of scientific activity which substantially contributed to Russian ethnography, enriched this branch of science with facts considered as sources for theoretical analysis. The author considers methods, problems of ethnographic studies, a relation between them and tasks of public and state development that defines logic of scientific search. The paper shows a contribution made by researchers in creating ethnographic heritage of Altai, analyses scientific and humanistic value of the phenomenon.
ДУХОВНО-ЭКОЛОГИЧЕСКАЯ КУЛЬТУРА РУССКОГО КРЕСТЬЯНСКОГО МИРА ЗАПАДНОЙ СИБИРИ
Authors:   Altai State Agrarian University, Bondarenko Svetlana
Published: July 2021

The paper analyses spiritual, ecological, work experience of historical Russian peasant world of West Siberia (Russia). A role of peasant community, a family in developing of spiritual and ecological traditions of rural community is considered. The author notices a significant of traditional peasant work-related and ecological practices in complicated periods of Russian history. Also, the article debates an importance of basic spiritual and ecological values formed inside peasant community for the current situation.
КОНЦЕПТЫ «ЧЕЛОВЕК», «ПРИРОДА» И «КУЛЬТУРА» В ОТЕЧЕСТВЕННОЙ ИСТОРИКО-КУЛЬТУРОЛОГИЧЕСКОЙ МЫСЛИ: ПРОСТРАНСТВЕННЫЙ АСПЕКТ
Authors:   Altai State Institute of Culture, Pervushina Olga
Published: July 2021

The article discloses content of key for Russian philosophical, goesociocultural, and hictorical thought terms “a human”, “nature”, “culture” considered as basic concepts for Russian mentality that reflect the people's cultural and philosophical experience. The author outlines semantic meaning and symbolic interpretation of concepts mentioned above in Russian research tradition.
ФУНДАМЕНТАЛЬНЫЕ ИССЛЕДОВАНИЯ ИСТОРИКО-КУЛЬТУРНОГО И ПРИРОДНОГО НАСЛЕДИЯ РОССИИ: ИНСТИТУЦИОНАЛЬНЫЙ АСПЕКТ
Authors:   Siberinan Branch of Likhachev Russian Research Institute for Cultural and Natural Heritage, Petrenko Olga
Published: July 2021

The article briefly describes research activities of the today's Russian communities engaged in work on study of domestic historical, cultural, and natural heritage. The author stresses out the leading role of Likhachev Russian Research Institute for Cultural and Natural Heritage (Moscow, Russia) and units of the Russian Academy of Sciences (Moscow, Russia) in conducting and coordinating basic research practices in related sector of science in Russia-wide level. On the author's view, at the current time there are two approaches to studying historical, cultural, and natural heritage in Russia: complex and problem-thematic.In 2020–2021, there were announced developing multidisciplinary inter-regional communities of institutes (consortiums) that will be able to accumulate administrative, scientific, educational, cultural, public sources for attacking the immediate research problems.
БАРНАУЛ ГЛАЗАМИ ИССЛЕДОВАТЕЛЕЙ И ПУТЕШЕСТВЕННИКОВ XVIII–XIX ВВ.
Authors:   Altai State Institute of Culture, Rygalova Maria
Published: July 2021

The paper outlines the contribution in developing Barnaul's image as a mining town made by Russian and foreign explorers and travellers of the 18th and 19th centuries (Erik Laxmann, Peter Simon Pallas, Carl Friedrich von Ledebour, Alexander von Bunge, Carl Anton von Meyer, etc.) who visited Kolyvano-Voskresensky Mining District (Russian Empire) with business or academic purposes. In 1730s, Barnaul becomes a capital of mining industry and that leaves its traces on economic, architectural, cultural, and everyday face of the town. Impressions of explorers and travellers fixed in travel notes, diaries, memoires, academic papers, give to modern researchers an opportunity to get an idea of Barnaul's live in 18th and 19th centuries.
ПРОБЛЕМЫ МУЗЕЕФИКАЦИИ НАСЛЕДИЯ СТАРООБРЯДЧЕСКОЙ КУЛЬТУРЫ НА АЛТАЕ
Authors:   Altai State Institute of Culture, Kupriianova Irina
Published: July 2021

The paper considers perspectives of integration of the Russian Altai's Old Believers' historical and cultural heritage into the today's museum space of the area. The author names structural elements of Old Believers' heritage, makes an estimate of its preservation and exploration degree. Also, the article analysis a serious problem of attribution of Old Believers' heritage items, an issue of its integration into current museum and touristic programs. A key directions of elaboration of Old Believers' heritage, on the author's view, are uncovering and rethinking its information content, engaging oral, historical, folklore, ethnographic sources to offset deficit of real artifacts.
Beauty Filters Are Changing the Way Young Girls See Themselves
Authors: Ryan-Mosley Tate
Published: July 2021

VERONICA STARTED USING filters to edit pictures of herself on social media when she was 14 years old. She remembers everyone in her middle school being excited by the technology when it became available, and they had fun playing with it. “It was kind of a joke,” she says. “People weren’t trying to look good when they used the filters.”

But her younger sister, Sophia, who was a fifth grader at the time, disagrees. “I definitely was—me and my friends definitely were,” she says. “Twelve-year-old girls having access to something that makes you not look like you’re 12? Like, that’s the coolest thing ever. You feel so pretty.”
Nonlinear Noise Reduction for the Airborne Transient Electromagnetic Method based on Kernel Minimum Noise Fraction
Authors: Feng Bing , Zhang Ji-feng , Gao Peng-ju , Li Jie , Bai Yang
Published: July 2021

The airborne transient electromagnetic method has become a powerful tool to explore deep resource and tectonic structures. However, aircraft vibrations and flight environments produce very strong and complex nonlinear noise and result in poor data quality compared to ground transient electromagnetic methods. Consequently, the reduction of airborne electromagnetic noises is of vital importance to data inversion and imaging. To suppress and remove the nonlinear noise, we propose using kernel minimum noise fraction (KMNF), which is a nonlinear generalized method of minimum noise fraction. First, an adaptive variable window-width filtering algorithm is used to evaluate the noises and perform the preliminary denoising. Then, we adopt the two filter methods, which are minimum noise fraction (MNF) and KMNF to suppress the noise. The results show that these two methods can both suppress noise and make the decay curves smooth, but kernel MNF is more effective for the nonlinear characteristics of noise and it does not weaken the anomaly. Finally, field data from the Qinling mine area is processed, using the MNF and KMNF methods. The results show that nonlinear noise is suppressed by both methods but the results of KMNF are better than those of the linear MNF method.
Optimal Transceiver Distance of Controlled-source Audio-frequency Magnetotelluric Sounding Method
Authors: Zhou Lei , Xie Xingbing , Wang Xinyu , Yan LiangJun
Published: July 2021

Currently, the use of Cagniard apparent resistivity and phase is still the main method and means to process and interpret controlled-source audio-frequency magnetotelluric (CSAMT) sounding data. The CSAMT data must meet the conditions in the far zone to use the magnetotelluric (MT) sounding inversion interpretation method. The conditions in the far zone are directly related to transceiver distance; Hence, the distance measured by the CSAMT method is directly related to the reliability and credibility of the data. In this study, based on the formation wave and ground wave of the analytical expression for the electric field in a uniform half-space condition, the response laws of the formation wave and the ground wave are analyzed. After rigorous mathematical derivation, the formula for determining the optimal transceiver distance of the CSAMT is obtained, and the steps for using this formula in practical application are given. The actual field application verifies the rationality of the derived formula. This study provides a reference for the design of a CSAMT field source, and effectively guides the determination of CSAMT transceiver distance in the field.
Attribute Recognition of Buried Pipes Based on Multi-Trace Phase Features Using K-means Clustering for GPR Data Interpretation
Authors: Feng Deshan , Wang Xun , Zhang Hua , Yang Jun , Yuan Zhongming , Zhang Lujun , Liu Jie , Zhang Bin
Published: July 2021

Accurate location and depth determination of underground pipes, especially the attribute recognition, are of great importance yet remake a challenging issue in municipal environments. Single-trace phase difference analysis remains a bottleneck due to its inherent and strong randomness in object identification. This paper developed a multi-trace phase difference analysis framework for ground-penetrating radar (GPR) data based on K-means cluster analysis technique and the theory of region of interest (ROI), which could serve as a new criterion for successful pipe attribute recognition. After improving signal-to-noise ratio of GPR data by using the preprocessing techniques, the connected components algorithms (CCA) based on image segmentation and morphological operation is performed to delineate the ROI. The K-means cluster analysis technique is further employed to efficiently extract the multi-trace phase statistical features for comprehensively evaluating the attributes of ROI. We verify this proposed framework by simulated GPR signals, laboratory data and field datasets. Results demonstrate that the proposed method can not only facilitate the attribute recognition of pipes, but also reduce the interpretation ambiguity of the pipe material even in the field site environment. Specifically, if the phase difference of pipe turns out to be even multiples of π, the target can be automatically identified as metallic-category pipes, whereas odd multiples of π, point to non-metallic-category pipes with a lower permittivity than that of the background. This criterion presents promising applicability in subsurface pipeline identification and attributes recognition, especially in constructing a more appropriate initial model of GPR full waveform inversion for survey in pipes.
Modeling Microgravity Anomalies That Accounts of the Pore Water Drainage Inferred from The Dc-Resistivity Sounding Data Over a Coal Panel
Authors: Büyük Ersin , Karaman Abdullah
Published: July 2021

A microgravity data set presented in a previous study exhibits distinct short-wavelength anomalies over a longwall coal mine panel at Soma-Darkale Coalfield. Nevertheless, our preliminary models suggest that the wavelength after the coal removal from a panel at a moderate depth and fracturing alone should be incomparably greater than that of the measured anomalies. Understanding the mechanism that causes these anomalies usually becomes critical to provide credible evidence for longwall mining-related legal cases. This study improves the model by including the post-subsidence drainage as it occurs because of fracturing that causes an increase in water storage and local density change. Since no water-level information was available at the site, we attempted to infer the drained zone from the dc-resistivity sounding measurements acquired shortly before the gravity field survey. The wavelengths of the model anomalies became reasonably comparable with that of the residual anomalies after the inclusion of the inferred drainage information. This presented approach that does not require water level measurements shows that the inclusion of the inferred drained zone to the model became an amplifying indicator of a coal panel at a moderate depth. Therefore, it may easily find application in settling the mining-related legal cases, understanding the longwall mining-related geohazard, and environmental impact assessments.
Servir
Authors: Redacción Consejo de
Published: July 2021

.
Un golpe al comunismo italiano
Authors: Perego, S. I. Angelo
Published: July 2021

.
Hacia nuevas normas de emigración.
Authors: Reguera Sevilla Joaquín
Published: July 2021

.
III.-Crónica del Extranjero
Authors: B. M.
Published: July 2021

.
Revista de revistas
Authors: Autores Varios
Published: July 2021

.
La enseñanza profesional y la Compañía de Jesús
Authors: Del Valle S. I. Florentino
Published: July 2021

.
La mística del trabajo
Authors: Redacción Consejo de
Published: July 2021

.
Reforma de la estructura económica de la provincia de Badajoz
Authors: Recio, S. I. Eugenio M.
Published: July 2021

.
The Safety of Cardioversion in Supra Ventricular Tachycardia Patient with Pregnancy
Authors: Mukmin Sugianto , Erwin Sukandi  , Abarham Martadiansyah
Published: July 2021

Backgrounds. Supraventricular tachycardia is a type of tachyarrhythmia characterized by sudden changes in heart rate and increases rapidly. In supraventricular tachycardia, the abnormalities that occur include components of the conduction system and occur in the upper part of the HIS bundle. This case report describes a case of supraventricular tachycardia suspected of AVNRT in a pregnant woman accompanied by hypokalemia, hypocalcemia and prolonged QT Interval along with cardioversion which was performed as the management of this case.Case presentation. A woman, Mrs Y, 24 years old, a housewife, having her address within the city of Palembang. The patient came to the emergency department of Moh. Hoesin Hospital Palembang with the chief complaint of chest palpitations. On physical examination, there was a grade 2/6 murmur, no shortness of breath, the patient was 7 months pregnant. He had a history of heart disease SVT 8 years ago. ECG examination showed sinus rhythm with low atrial rhythm in leads II, III, AVF. On laboratory examination, the blood calcium level was 8.3 mg/dL. Management of this patient includes pharmacological and non-pharmacological management. On the 14th day of hospitalization, 100 joules of cardioversion was performed and the patient responded well. The patient's condition improved on the 20th day of treatment.Conclusion. The patient experienced a good and effective response to 100 joules of cardioversion which was performed on the 14th day of treatment. Maintenance treatment in the form of drugs in the form of diltiazem due to the condition of the patient who is 27 weeks pregnant. The next management is planning the birth process according to the patient's hemodynamics and preventing the occurrence of SVT in subsequent pregnancies.
Integrating Electromagnetic Acoustic Transducers in a Modular Robotic Gripper for Inspecting Tubular Components
Authors: Nemati Hamidreza , Alvidrez Fernando , Das Ankit , Masurkar Nihar , Rudraboina Manoj , Marvi Hamid , Dehghan-Niri Ehsan
Published: July 2021

Tubular structures are critical components in infrastructure such as power plants. Throughout their life, they are subjected to extreme conditions or suffer from defects such as corrosion and cracks. Although regular inspection of these components is necessary, such inspection is limited by safety-related risks and limited access for human inspection. Robots can provide a solution for automatic inspection. The main challenge, however, lies in integrating sensors for nondestructive evaluation with robotic platforms. As part of developing a versatile lizard-inspired tube inspector robot, in this study the authors propose to integrate electromagnetic acoustic transducers into a modular robotic gripper for use in automated ultrasonic inspection. In particular, spiral coils with cylindrical magnets are integrated into a novel friction-based gripper to excite Lamb waves in thin cylindrical structures. To evaluate the performance of the integrated sensors, the gripper was attached to a robotic arm manipulator and tested on pipes of different outer diameters. Two sets of tests were carried out on both defect-free pipes and pipes with simulated defects, including surface partial cracking and corrosion. The inspection results indicated that transmitted and received signals could be acquired with an acceptable signal-to-noise ratio in the time domain. Moreover, the simulated defects could be successfully detected using the integrated robotic sensing system.
Dual Security based on Crypto Steganography Using Two Level Learning In Assist with Dual Offbeat Shielding Design
Authors: P M Siva Raja , R P Sumithra , G Thanusha
Published: July 2021

A sensor node and other electronic devices attached to any IoT object can be involved in the communication over wireless network in IoT environments, which makes it necessary to preprocess a large amount of sensed data before storing it. Therefore, sensing data in the form of images is to be sent to the cloud storage system via wireless medium, but this suffers from image hijacking where data is manipulated, which leads to insecure transmission. To mitigate this problem, two levels of security are employed. Memory retaining is the primary level of enhancing learning which uses past experiences to extract optimal features from sensed images and then subjected to offbeat shielding activities, which include cryptographic steganography. The proposed system creates cloud storage that is protected by the optimal features learned from a neural network, thus ensuring that clouds are secure in the Internet of Things.
Image Classification for Silkworm using Deep Neural Network-Keras
Authors: Suvarna Nishali M , K Sudarshan , Ail Nisha S
Published: July 2021

Sericulture is a practice of cultivating silkworms to produce silk. This project is used to classify silkworms into diseased and undiseased, to increase the production of the silkworms which results in increasing the production of rich silk. To identify the unhealthy silkworm in the larvae stage so as to stop the destruction of entire batch of the silkworm. The high accuracy model is built .To extract the general features and then classify them under multiple based upon the features detected. To increase the quality and quantity of production of the silkworms. This project will help the farmers financially as the production increases.
Visual Assistant for Blind People using Raspberry Pi
Authors: Adep Tejal , Nikam Rutuja , Wanewe Sayali , Naik Dr. Ketaki B.
Published: July 2021

Blind people face the problem in daily life. They can't even walk without any aid. Many times they rely on others for help. Several technologies for the assistance of visually impaired people have been developed. Among the various technologies being utilized to assist the blind, Computer Vision-based solutions are emerging as one of the most promising options due to their affordability and accessibility. This paper proposes a system for visually impaired people. The proposed system aims to create a wearable visual aid for visually impaired people in which speech commands are accepted by the user. Its functionality addresses the identification of objects and signboards. This will help the visually impaired person to manage day-to-day activities and navigate through his/her surroundings. Raspberry Pi is used to implement artificial vision using python language on the Open CV platform.
A Study on Extent of Awareness Among College Students in Security and Privacy Issues in Social Media
Authors: Padmavathi Dr. J. , Mohanlal Sirvi Ashok Kumar
Published: July 2021

Today Social Media is an integral part of many people’s lives. Most of us are users of one or many of these such as Facebook, Twitter, Instagram, LinkedIn etc. Social media networks are the most common platform to communicate with our friends, family and share thoughts, photos, videos and lots of other information in the common area of interest. Privacy has become an important concern in social networking sites. Users are not aware of the privacy risks involved on social media sites and they share their sensitive information on social network sites. While these platforms are free and offer unrestricted access to their services, they puzzle the users with many issues such as privacy, security, data harvesting, content censorship, leaking personal information etc. This paper aims at analyzing, the major users of social media networks, namely, the college students. It was intended to assess the extent the consumers’ are aware of the risks of free usage and how to mitigate against these privacy issues.
Infrastructure Based Reactive Location Service for Packet Delivery in Vehicular Communication
Authors: Nadella Sree Divya
Published: July 2021

VANETs are special kind of Mobile Ad Hoc Networks (MANETs) that are formed between moving vehicles on an as-needed basis. Routing in VANET uses a greedy routing protocol which requires geographical information like location of any vehicle. The primary objective of this paper is to reduce the transmission delay by using some Road Side Units (RSU) already deployed along the roads. RSU gather information about all the vehicles which are connected in its range. Here each and every vehicle need not be communicated but the vehicles that are nearest and which have the information about location of destination are only involved. We use enhanced RLS which is hybrid communication from source to destination. It results to reduce the flooding requests and make communication faster which leads to improve the packet delivery ratio and reduce the transmission delay or end to end delay. In addition to this the source vehicle sends a request with its velocity to RSU, it will communicate with other RSU’s for the destination vehicle. After finding the destination it will send the request with velocity of the destination. Based on the velocity of destination and intermediate nodes the source will increase its velocity to avoid the frequent link breakage in order to reduce the transmission delay. The proposed algorithm is simulated using NS2 and results shows that ERLS decreases the transmission delay and increases the packet delivery ratio.
Crop Yield Prediction
Authors: Mahore Pallavi Shankarrao , Bardekar Dr. Aashish A.
Published: July 2021

Cotton, popularly known as White Gold has been an important commercial crop of National significance due to the immense influence of its rural economy. Transfer of technology to identify the quality of fibre is gaining importance for crop yield is compared with Random forest, Support Vector Machine, Weather, K Nearest neighbor. , which shows better performance results for each selected weather parameters. Crop yield rate depends upon various parameters such as the geography of area, soil type, soil nutrients, soil alkaline, weather condition, etc. The combination of these parameters can be used for selection of suitable crops for a farm or land to gain maximum yield. In this manuscript, soil and weather parameters such as soil type, soil fertility, maximum temperature, minimum temperature, rainfall are used to identify suitable crops for specified farm or land.
Driver Drowsiness Detection and Alert System
Authors: Titare Swapnil , Chinchghare Shubham , Hande K. N.
Published: July 2021

Nowadays, accidents occur during drowsy road trips and increase day by day; It is a known fact that many accidents occur due to driver fatigue and sometimes inattention, this research is primarily devoted to maximizing efforts to identify drowsiness. State of the driver under real driving conditions. The aim of driver drowsiness detection systems is to try to reduce these traffic accidents. The secondary data collected focuses on previous research on systems for detecting drowsiness and several methods have been used to detect drowsiness or inattentive driving.Our goal is to provide an interface where the program can automatically detect the driver's drowsiness and detect it in the event of an accident by using the image of a person captured by the webcam and examining how this information can be used to improve driving safety can be used. . a vehicle safety project that helps prevent accidents caused by the driver's sleep. Basically, you're collecting a human image from the webcam and exploring how that information could be used to improve driving safety. Collect images from the live webcam stream and apply machine learning algorithm to the image and recognize the drowsy driver or not.When the driver is sleepy, it plays the buzzer alarm and increases the buzzer sound. If the driver doesn't wake up, they'll send a text message and email to their family members about their situation. Hence, this utility goes beyond the problem of detecting drowsiness while driving. Eye extraction, face extraction with dlib.
Various Methods of Image Mosaicing
Authors: M. Patel Hetal , Patel Bhumika H. , G. Patel Sandip
Published: July 2021

Image Mosaicing is that the method of mixing 2 or additional pictures of identical scene into one image and generate panorama of high-resolution image. In this paper, we've represented the essential strategies used to generate panorama image. Our aim is to supply different strategies and algorithms used to generate wide angle image. This paper is principally for those who want to try to learn and implement image mosaicing.
Performance Based Analysis of Shear Wall with Flexible Soil Base
Authors: S Deepa , Mithanthaya I. R. , Venkatesh S. V.
Published: July 2021

Shear wall is usually modeled with different types of elements with fixed base to tolerate lateral load. Membrane, plate and shell elements are chosen to model shear wall without reinforcement. In the present study an attempt is made on a 3D, 10 storey building with flexible soil base. The building is analyzed with and without shear wall. The shear wall is provided at all four corners throughout the height of the building. The building is resting on flexible soil base and analyzed for nonlinear analysis. The shear wall is modeled with different elements and different number of layer section (i.e., concrete and steel layers). Shear wall is modeled separately with membrane, plate and shell elements. In addition to this combination of elements is also tried to model shear wall. The combination to model shear wall chosen is plate and membrane element with variation in number of concrete and steel layers. This study is helpful to predict response of shear wall provided with various elements. It gives us idea as to model shear wall with elements separately or in combination. The behavior of shear wall modeled with variation in concrete and steel layers is also predicted.
Design and Implementation of Low-Cost Solar Powered Bird Repellent Technique for Prevention of High Economic Crops
Authors: Uzma Prof. Ruhi , Sayeed Prof. Yasmin , Ahmed Mohammad Musharaf , Khan Mohd. Zubair , Siddiqui Noushin , Shrivastava Richa , Patil Utkarsha
Published: July 2021

There is the most important downside in agricultural countries from domestic birds as a result of they're a significant threat within the field of agriculture inflicting injury to economic field crops, storage homes and additionally change of state human life areas. The foremost common persecutor birds in Bharat are House crows, Common starling, Jungle starling, Brahminy oscine, White cheeked Luscinia megarhynchos, etc. so as to distract these birds away, several ancient strategies like simulacrum models, Hawk kites, colored lights, Lasers, Flashes, Chemicals etc. are used that today don't appear terribly effective. an efficient bird deterrent technique i.e., star powered hearable Bird bird-scarer has been developed. totally {different completely, different} sounds because of that different species of birds get frightened were additionally noticed and studied. The testing of the bird-scarer was performed for regarding one month in August 2015. All major species of birds were tested however the most focus was on Crows as they're the most important injury inflicting bird species in Bharat. There are twenty-two ordinarily legendary predator sounds from birds like Eagle, Owl, Falcon etc. were tested and it had been discovered that the sound from Falcon was the foremost effective to intimidate Crows yet as alternative species. One most significant observation was that the success of the bird-scarer chiefly depends on the predator sound kind, its volume, quality, frequency and its repetitive nature.
iDeal Mobile Food and Beverage Platform
Authors: Sulaiman Hengki
Published: July 2021

The development of mobile payment in the country is significant each year, has become a trend and lifestyle among the people with a user level reaching 70% by the younger population and 67% by rising digital usage. One of the mobile payment service users that is widely used after transportation is as a means of payment for food delivery and on site dining. From the 2018 Nielsen Survey results, 41% of consumers claimed to have used food delivery services. Based on the JakPat Survey that 36.9% of consumers use mobile payment services for on site dining. Seeing the great opportunities and problems that are often repeated experienced by food & beverage businesses, with the Ideal payment platform, a new innovation business model that can overcome the problems that are often experienced by food & beverage businesses. Ideal Payment is a mobile digital platform application engaged in food & beverage that connects customers and merchants in making ordering and payment transactions using a mobile smartphone without going through the cashier, Ideal payment platform that is equipped with ordering features such as (pickup, pre order and pay at table ) and can help improve the productivity of queue management and customer engagement management. The ideal payment platform can be used in various business types such as (restaurants, fast food, food court, dessert & cakes and coffee shops). The feasibility of the Ideal payment platform business model shows that this business model can be run based on the NPV results with a positive value of NPV> 0 which is Rp. 9,162,356,129
ERP System for College Automation Using Quick Response Code
Authors: Jamadar Prof. Riyazahemed A. , Joshi Gauravi , Jagtap Mansi , Goture Sneha , Kothari Shweta
Published: July 2021

An enterprise resource planning system (ERP) is a method used by almost all businesses today due to its ability to incorporate various domains and fractions of work. The ERP method atomizes the majority of the manual work performed internally in each of these units, as well as combining the total work output, allowing for a better overall view of the company. The education field, which also has several fractions that need integration, uses the same high-quality ERP framework. Paperwork in the education sector has long been a concern, owing to the ease with which errors can be made when work is performed manually. This proposed framework entails using Quick Response Code to introduce an ERP system for college automation. The use of a QR Code tag allows each student to be assigned a unique ID, which is then used for automated college process labeling. This framework consists of a series of integrated software modules that provide real-time support for the college. From the director level to the student level, several modules are built to serve each fraction of the institution. When this method is implemented, there is no paper work and no data inconsistency. It has many advantages for administrators, teachers, and students. In terms of deployment and maintenance, this is a low-cost system.
E-Waste Bin for Disinfection and Waste Management of Masks
Authors: Shirbhate Dr. Archana , Arafat Prof. Shahid , Chhanikar Dnyaneshwari , Singh Yashraj , Patil Yash , Sharma Manish , Khawase Shruti
Published: July 2021

The corona virus pandemic has shook the entire world and the major precautionary measure for this is to wear masks. The demand and supply of these masks has increased drastically, with majority of population using surgical three, two or one ply masks which is generally thrown after its use. The first thing that is in contact with the masks is nose and mouth of the person wearing it. These masks are becoming carrier of the virus due to improper disposal methods used. Until the masks are not disinfected they are not safe to be disposed in dumping yards. There are many rag pickers who enter the dumping yards to collect recyclable wastes or the person who collects the garbage from individual homes become people of high risk to the exposure of this virus. The proposed work presents a novel approach to eliminate this problem by employing a smart electronic bin which has a disinfection section which will disinfect the masks using UV-C lights and then it will be dumped into the bin installed just below the unit. This bin has a level sensor which will monitor the level of waste in the bin and whenever it gets full, it will notify the concerned authority on his mobile using Blynk app. The Blynk app interface is designed to present the status of level of waste in the bin.
A Review on IoT Based Smart Security And Home Automation
Authors: Sheikh Ruhi Uzma , Kale Prafulla Anil , Sarfaraj Shaikh , Sukhdeve Santushti , Sherekar Komal , Faruqui Sohel
Published: July 2021

Recent advances in smartphones and affordable open-source hardware platforms have enabled the development of low-cost architectures for Internet-of-Things (IoT)-enabled home automation and security systems. These systems usually consist of sensing and actuating layer that is made up of sensors such as passive infrared sensors, also known as motion sensors; temperature sensors; smoke sensors, and web cameras for security surveillance. These sensors, smart electrical appliances, and other IoT devices connect to the Internet through a home gateway. This project is based on implementation of an IoT based home security system, to be able to control entrance from anywhere in the world is the major aim of this project and at same time it should be secured, and this was achieved with the use of Internet of things and some other electronics components. An automatic door control system working through a mobile app and also through a keypad was achieved. IoT refers to the infrastructure of connected physical devices which is growing at a rapid rate as a huge number of devices and objects are getting associated with the Internet. Home security is a very useful application of IoT and we are using it to create an inexpensive security system for homes as well as industrial use.
Integrated College Bus Tracking System
Authors: Sree J. Navya , Mounika1 C. , Mamatha T. , Sreekanth B. , Diwakar1 N. , Mohammed Noor
Published: July 2021

This paper proposes a smart application for College Bus Tracking System, which runs on Android smart phone. This enables students to find out the location of the bus so that they will not get late or will not arrive at the stop too early. The main purpose of this application is to provide exact location of the student’s respective buses and providing information like bus details etc. This application may be widely used by the college students since Android smart phones have become common and affordable for all. It is a real time system as the current location of the bus is updated every moment in the form of latitude and longitude, which is received by the students
Comparing Two Density Methods of Semen Preparation in Human Ejaculates
Authors: Dayal Ram , Singh Sumer , Kumar Prabhat , Singh Kamla
Published: July 2021

Test tube baby is always a fascinating field of human reproductive biological science playing an important role in treating infertility. Poor semen quality is the major cause of infertility in human beings. Preparation of semen samples for intrauterine insemination (IUI) or in-vitro fertilization (IVF) is a key point in the success of test-tube embryo production. The study compared two different methods of semen preparation viz. double density gradient (DDG) and single density gradient (SDG) in patients seeking IUI / IVF treatment with their consent and permission of the hospital. Semen ejaculate from patients (n=100) was divided equally into two equal volume parts. One half of each sample was treated with DDG and another half with the SDG method of semen preparation. Results showed that sperm concentration was significantly higher (P>0.05) in SDG compared to DDG treated samples which were 58.65±181 and 49.89±180 Million/ml, respectively. Sperm motility of type-a and type-b both were significantly higher (P>0.05) in SDG compared to DDG treated samples which were 91.85± 3.15 and 68.85 ± 26.15. It is concluded that the single density gradient method is better than the double density gradient for semen ejaculates preparation during the treatment of male infertility using the in-vitro fertilization technique.
O comportamento dos laringectomizados frente à imagem corporal
Authors: Hannickel Sabrina , Zago Márcia Maria Fontão , Barbeira Cláudia B dos Santos , Sawada Namie Okino
Published: July 2021

O objetivo deste estudo foi avaliar o comportamento do laringectomizado total frente à sua imagem corporal. Os dados foram coletados entre 15 pacientes, por meio de um instrumento que focalizou a descrição das características sociais dos sujeitos e frases afirmativas, com respostas de concordância ou discordância. As frases relacionavam-se a atitudes positivas ou negativas, de acordo com a percepção do paciente da sua imagem corporal alterada. Os participantes foram na maioria do sexo masculino (87%), com média de idade de 60 anos, casados (80%), aposentados (60%) ou desempregados (27%), com média de tempo de cirurgia de 2 anos, e 60% comunicam-se pela mímica labial. O comportamento identificado dos pacientes, mostrou que eles se olham no espelho (93%), evitam tocar a área operada (73%), sentem-se mais velhos (80%), gostam da sua aparência (100%), cuidam-se melhor (73%) e são mais atentos com o corpo (87%). Os resultados mostraram que as atitudes dos pacientes são contraditórias: as atitudes negativas refletem o conflito em lidar com a nova imagem e as atitudes positivas relacionam-se com o cuidado com o corpo e com a saúde. Frente às implicações dessas atitudes para a qualidade de vida do paciente, destacamos a importância de um programa de reabilitação eficaz antes e após a cirurgia, focalizando a imagem corporal alterada entre os seus objetivos.
Doença de Hodgkin e AIDS
Authors: Barreto Luciana
Published: July 2021

Apesar de não ser doença definidora de AIDS, o risco relativo (RR) de DH é definitivamente maior em pelo menos alguns subgrupos de pacientes com infecção pelo HIV (HIVpos). Uma vez que se evidenciou haver surgido uma entidade clínica com características gerais distintas da DH, procurou-se estabelecer o perfil epidemiológico da DH-HIV; determinar se haveria um subgrupo específico de grande risco para o desenvolvimento desta nova entidade, ou algum subgrupo em que não ela ocorresse; definir o perfil biológico tumoral e a possibilidade dessas alterações influenciarem características clínicas, o perfil de resposta terapêutica e a sobrevida livre de doença. Como os pacientes HIVpos se apresentam com Doença de Hodgkin mais agressiva e alterações imunológicas que comprometem a resposta terapêutica obtida na população geral, a estratégia de tratamento para eles tem mudado, de forma a atingir índices de remissão completa (RC) e sobrevida a longo prazo maiores com o uso de esquemas anti-retrovirais altamente eficazes, adaptações de esquemas quimioterápicos antigos e novos protocolos terapêuticos. O presente artigo apresenta e analisa os fatores que se encontram envolvidos na patogênese e terapêutica da DH-HIV.
Condrossarcoma extra-ósseo: estudo descritivo de 1983 a 1998 no INCA
Authors: Meohas Walter , Probstner Danielle , Rezende Neto Francisco , Fiod Nelson Jabour , Vasconcellos Roberto Torres de
Published: July 2021

Este trabalho tem por objetivo um estudo epidemiológico e retrospectivo dos casos de condrossarcoma extra-ósseo no INCA no período de 1983 a 1998. Avalia freqüência da doença, idade média dos pacientes, sexo, cor, tratamento e curva de sobrevida. Estes dados foram comparados com os achados da literatura, sem diferença significativa.
Benefícios de uma dieta quimicamente definida com baixo teor de resíduos para pacientes com tumor de canal anal submetidos a radioquimioterapia associada
Authors: Teixeira Márcia Henriques
Published: July 2021

Pessoas com câncer apresentam freqüentemente desnutrição, o que eleva as taxas de complicações e mortalidade. Tumores do trato digestivo levam a obstruções, as quais interferem na absorção de nutrientes levando à perda ponderal. Os sintomas do câncer de canal anal são dor, sangramentos, diarréia. O tratamento radioquimioterápico leva à presença de náuseas, vômitos, diarréia, fibrose do canal anal e radioepidermite. Desta forma, faz-se necessária a utilização de dietas pobres em resíduo a fim de prevenir a impactação fecal, reduzir a freqüência e esforço de evacuações e volume fecal, evitando a piora do quadro. Entretanto, a dieta líquida in natura com baixo teor de resíduos fornece baixo aporte calórico-proteico. Sendo assim, o trabalho objetiva descrever a importância da suplementação alimentar através de uma dieta quimicamente definida pobre em resíduos, na adequação calórica-proteica de pacientes com tumor de canal anal em radioquimioterapia, evitando o agravamento da depleção nutricional. Foi realizado levantamento bibliográfico, sendo consultados livros clássicos, artigos de revistas indexadas brasileiras e internacionais acessados no site da Medline para a obtenção de informações relativas ao tema. Os estudos evidenciam que a suplementação de dietas quimicamente definidas oferece adequação da oferta de nutrientes, boa aceitação, bem-estar emocional e melhora da ingestão alimentar. Desta forma pode-se concluir que a suplementação alimentar está indicada para pacientes que apresentem depleção do estado nutricional, principalmente naqueles em que se faz necessário o uso de dietas restritivas, como a dieta com baixo teor de resíduos, utilizadas por pessoas portadoras de tumor de canal anal.
A História da Medicina Nuclear no INCA
Authors: Antonucci Jane Benatti , Guimarães Darcy da Silva
Published: July 2021

De forma cronológica, o artigo retrata a História da Medicina Nuclear no INCA.
PENGGUNAAN DWIBAHASA PADA KANAL YOUTUBE BOY WILLIAM
Authors: Nurhidayati Sakinah , Supendi Deden Ahmad , Humaira Hera Wahdah
Published: July 2021

Penelitian ini mendeskripsikan tentang bentuk kedwibahasaan yang terdapat pada kanal Youtube Boy William dalam konten #NebengBoy Boy Belajar Banyak Hal Ketika Bertemu Pak Jokowi. Metode penelitian ini menggunakan metode kualitatif. Teknik pengumpulan data menggunakan teknik pencarian secara online/ daring dan teknik dokumentasi. Alanisis data menggunakan teknik simak dan teknik transkripsi. Hasil penelitian ini membuktikan bahwa penggunaan kedwibahasaan yang terdapat pada kanal Youtube Boy William dalam konten yang berjudul  #NebengBoy Boy Belajar Banyak Hal Ketika Bertemu Pak Jokowi banyak menggunakan bentuk kedwibahasaan subordinatif, antara penutur dan mitra pada saat menggunakan bahasa Indonesia, banyak memasukan unsur bahasa Inggris di dalamnya.Kata kunci: Sosiolinguistik, Dwibahasa, Subordinatif
Pedagogical liberalism
Authors: Pintar Željka
Published: July 2021

This paper deals with the characteristics of the modern pedagogical paradigm, especially that of early and preschool education which emerged in the social context of liberal ideology. In order to better understand the educational model it promotes, the introductory part of the paper discusses the basic principles and starting points of the liberal social concept. The paper problematizes the diversity of the liberal conception of upbringing and education in relation to advocacy of the socialist social concept. The concept of self-regulated learning in the context of upbringing and education of an early and preschool child is observed. Common syntagms of the modern educational paradigm related to early and preschool education, such as the one about space as a third educator, are problematized. In this context, it is considered who or what constitutes basic pedagogical capital. The role of educators in the educational process, as well as the importance of adults in education in general are considered, and from this position the process of self-regulated learning is observed. The importance of self- observation in the current educational paradigm and recognition of the need for its ideological improvement in order to adequately contribute to children's upbringing and education is pointed out.
The frequency and sources of homework in science and social studies in Croatia and Slovenia
Authors: Borić Edita , Zečević Marta
Published: July 2021

Just as each school subject has its own specific goals, so the role of homework depends on the specific requirements and learning outcomes of the subject within which it is assigned. Homework in Science and Social Studies should be assigned in those parts of learning content that will require research-oriented and problem-solving activities, which will enable students to gain experience, develop creativity and apply knowledge and skills in everyday life. The study included primary school teachers in Croatia and Slovenia (N = 144). The observation was conducted in real-life situations during Science and Social Studies lessons. The results show that Croatian teachers assign statistically significantly more homework and use ready-made sources of homework assignments more than Slovenian teachers. Teachers of both countries have preferences towards workbooks as the most commonly used source of homework. The aim of the paper is to emphasize the need for reducing homework in the Croatian practice. It also sheds light on the role of the teacher in designing homework tasks that will not be automatically assigned, but will have a meaningful purpose and be oriented towards students’ needs and interests while developing their competencies.