Reviewerly/exHarmony huggingface dataset:
Architectural practice education and space utilization plan in the post-covid 19 era-in case of chungbuk national university department of architecture

As COVID 19 spreads rapidly around the world in December 2019, social discussions are actively underway in architecture and urban fields to respond to a changed society, and educational facilities are responding to the spread of sensitivity through space use and movement control. In order to conservatively control infectious diseases, controlling the use of physical space was the most reliable method, but the strength and limitations of non-face-to-face classes began to become clear in architecture education due to physical restrictions for one year. For the efficient use of architectural educational spaces in the post-COVID 19 era, it is necessary to prepare a plan for use according to the social distancing stage. Therefore, this study aims to clarify the areas suitable for online space and the areas in which physical spaces should be used in architectural education, and then derive a plan that can effectively utilize the physical education space according to the social distancing stage. Interviews and surveys were conducted with 99 students and instructors in the Department of Architecture at Chungbuk National University, and through IPA analysis, it was intended to derive problems and utilization plans for architectural education after the COVID 19. As a result of the study, the problem of communication was one of the biggest problems in the practical education, and in the use of the practice space, the satisfaction of the process requiring physical space was the lowest. Therefore, the computer-related architectural practice education can be converted into an online space and used, and the existing computer room is divided into partitions to form a space dedicated to design class critique. In addition, three desk arrangement plans were suggested to respond to the spread of COVID 19 while focusing on communication through the rearrangement of the desks in the design room. This study is limited to the practice space of the Department of Architecture, Chungbuk National University, and the research is limited to students and instructors. It will be a study. © 2021 Architectural Institute of Korea.
Research Guides: East Campus Archives: Library Social Media

East Campus Library Archives digitized and available online. Instagram account for the library
SPBERT: Pre-training BERT on SPARQL Queries for End-to-end Question Answering over Knowledge Graphs

We aim to create an unprecedented attempt to build an end-to-end QuestionAnswering (QA) over Knowledge Graphs (KGs), which can construct SPARQL queriesfrom natural language questions and generate a verbalized answer to itsqueries. Hence, we introduce SPBERT, a Transformer-based language modelpre-trained on massive SPARQL query logs. By incorporating masked languagemodelling objective and word structural objective, SPBERT can learngeneral-purpose representations in both natural language and SPARQL querylanguage and make the most of the sequential order of words that are crucialfor structured language like SPARQL. In this paper, we investigate how SPBERTand encoder-decoder architecture can be adapted for Knowledge-based QA corpora.We conduct exhaustive experiments on two auxiliary tasks, including SPARQLQuery Construction and Answer Verbalization Generation. Results show thatSPBERT obtains promising performance and achieves state-of-the-art results onseveral of these tasks.
Using Wax and Jekyll to build minimal digital projects [slides]

Slides from an on-demand Learn@DLF Tutorial available from November 9-13, 2020. While a custom-built digital collection, exhibition, or repository can be a huge undertaking, it doesn’t need to be! This session showcases Jekyll and Wax as helpful tools for building digital scholarship projects minimally. We’ll explain the philosophy behind these tools, explore an example repository, and direct you to additional resources.
Comparative Experimental Investigation of Geogrid-soil Interface Behavior of Biaxial and Triaxial Geogrid

Laboratory direct shear test and pullout test were conducted focusing on biaxial geogrid (SS20) and triaxial geogrid（TX160） to investigate the deformation and geogrid-soil interface behavior. The displacements of geogrid specimens were recorded at 4 sections in the pullout test. The development of geogrid-soil interface shear stress, geogrid deformation, shear dilatancy/shrinkage behavior and interface parameters were analyzed, and the effect of test methods on the testing results was also investigated. The results show that the interaction between the geogrid and soil of TX160 concentrates at the vicinity of pullout end. However, this interaction is well developed along the full length of SS20 specimens. Meanwhile, this interaction of TX160 can be better enhanced with the increase of vertical stress compared with that of SS20. Both the peak and residual friction angles of SS20 case are greater than that of TX160 case, while the cohesion is just opposite. The vertical stress has obvious effect on the geogrid-soil interface strength parameters obtained from both the direct shear test and pullout test. Thus, the vertical stress adopted in the test should be determined based on the actual stress status of the geogrid for engineering application. Keywords: geogrid,  geogrid-soil interface behavior,  direct shear test,  pullout testing,  geogrid-soil interface parameters
Análise da produção científica sobre altmetria à luz das ferramentas altmétricas

This present paper aims to analyze the scientific production about Altmetrics indexed to Science Web Database, under the altmetric tools wich is employed or mentioned in scientific papers. This is an exploratory and descriptive research, based on bibliometric contributions. The results revealed that Altmetrics.com is the most employed and / or mentioned altmetric tool in the studies whilst the most employed and / or mentioned information sources for obtaining altmetric indicators were Mendeley, Twitter, ResearchGate and Facebook. However, metric studies also emerge from other information sources related to social media, increasing the tracking possibilities on the web regarding the research results repercussion. The scientific production about Altmetry has focused both on important theoretical studies for area densification and on applied studies that support this approach direction. With this scope, the emergence of several tools and mentioned sources in the papers points to an effective investment in technologies, contributing to
A Secure Biometric Voting System Linked with Fingerprint Database

The Embedded Systems and Internet of Things (IoT)   has    contributed   for    major    advancement   in interconnecting  electronic  devices  and  other  appliances without any human intervention and also transferring of data is done at ease. One of the major problems faced in dense  populated  countries  which  are  not  given  much consideration is the voting method. The current problem faced in the electronic voting system is that they do not have any electronically voter verification method to cast their  respective  votes. This  may  lead  to  casting  of  fake votes   which  will  cause  unnecessary  problems   in  the elections. Thus the proposed system is implemented with the help of fingerprint verification of the voter.  The voter has  to  verify  his  identity  by  placing  his  finger  in  the fingerprint sensor. The fingerprint data is verified with the help of the data stored in Aadhaar database. Only if the fingerprint matches the voting machine is enabled and allowed to cast his  vote. The  voters  who are  allowed to vote is also stored in a database which can be later verified while counting the votes to remove the fake votes casted. If the fingerprint does not match, a buzzer alert is given and also the identity of the person is verified physically by checking   the   Aadhaar   and   other   identity   details   to confirm his identity, if the person also fails in this process thy  person  is  not  allowed  to  vote  thereby  reducing  the chance of casting fake votes. A LCD is also interfaced to display the necessary commands and the data. Thus the proposed system offers maximum security and efficiency.
Special issue: the third Cross-Strait Workshop on Fluid Mechanics (CSWFM 2020)

"Special issue: the third Cross-Strait Workshop on Fluid Mechanics (CSWFM 2020)." Journal of the Chinese Institute of Engineers, 44(7), p. 607
The Growth and Spread of Particle Physics Research

After Independence, several particle physics centres grew up in different parts of the country. The best known was the TIFR group built by Homi Bhabha, which included experts like Bernard Peters, Roy Daniel, M.G.K. Menon, Sukumar Biswas—and Biva Chowdhury. P.S. Gill, a brilliant and individualistic man, built up a group at Aligarh Muslim University. The TIFR group carried out experiments deep underground at the Kolar gold mines and were rewarded by the discovery of atmospheric neutrinos. D.S. Kothari and R.C. Majumdar built up a group at the University of Delhi, where they were joined by S.N. Biswas and A.N. Mitra. Alladi Ramakrishnan, who had worked with Bhabha as a student, set up the Institute of Mathematical Sciences with a little help from the great Niels Bohr.
DEFECTS OF ORE FORMATION ANALYSIS

The typification of solid mineral deposits is a leading element in the forecast of mineralization. By analogy with magmatic formations, it is based on the ore formation analysis. However, due to the absence of discrete boundaries between formations, their diagnostics encounters insurmountable difficulties, and the classification becomes dubious and controversial. To solve this urgent problem, it is necessary to have a comprehensive discussion in the circle of leading specialists, just as they did when creating the Petrographic Code.
Big Data, Privacy and COVID-19 – Learning from Humanitarian Expertise in Data Protection

The COVID-19 pandemic leads governments around the world to resort to tracking technology and other data-driven tools in order to monitor and curb the spread of SARS-CoV-2. Such large-scale incursion into privacy and data protection is unthinkable during times of normalcy. However, in times of a pandemic the use of location data provided by telecom operators and/or technology companies becomes a viable option. Importantly, legal regulations hardly protect people’s privacy against governmental and corporate misuse. Established privacy regimes are focused on individual consent, and most human rights treaties know derogations from privacy and data protection norms for states of emergency. This leaves little safeguards nor remedies to guarantee individual and collective autonomy. However, the challenge of responsible data use during a crisis is not novel. The humanitarian sector has more than a decade of experience to offer. International organisations and humanitarian actors have developed detailed guidelines on how to use data responsibly under extreme circumstances. This article briefly addresses the legal gap of data protection and privacy during this global crisis. Then it outlines the state of the art in humanitarian practice and academia on data protection and data responsibility during crisis.
High Throughput Plant Phenotyping Image Compression and Decompression Algorithm

Compressing of images in order to reduce storage space is one of the important tasks in plant phenotyping. With advances in plant phenotyping experiments and adoption of phenotyping activities with genotype process to improve crop yield there will be lot of data generated and hence there is a need for development of compression standards very specific for plant phenotyping images. It is proposed in this study that DTCWT be used to breakdown a picture into several bands in order to reduce the impacts of quantization and increase compression ratio. Each sub band is made up of orientations in six directions, with real and imaginary portions in each direction. As a result of the companding method, all of these orientations are captured and the number of bands is reduced to three high pass bands. The SPIHT method is used to encode the combined low pass and high pass bands, which results in an improved compression ratio. The compressed bit stream is decoded using the SPIHT decoder, and the original picture is rebuilt using DWT, which makes use of DTCWT filters to rebuild the original image from scratch. The computing complexity of the decoder is decreased by 75% when DWT reconstruction is used in place of DTCWT reconstruction, thanks to the use of DWT reconstruction.
PERANCANGAN MEDIA PEMBELAJARAN KENAL KOMPUTER UNTUK TINGKAT SD KELAS V DAN VI (MI Nurul Huda Desa Sampora Sebagai Studi Kasus)

In an effort to educate basic education in the field of computers, the government has implementedcurriculum subjects in Information and Communication Technology (ICT) at the elementary level, butin reality, some schools still have difficulty regarding adequate facilities. This is due to lack ofinformation regarding basic computer lessons that attract elementary / elementary school students.The importance of computer use was increasingly felt when the threat of a COVID-19 pandemic inwhich the Minister of Education and Culture issued a circular dated March 24, 2020 that regulatesthe implementation of education Learning from Home during the emergency spreading of coronavirus. Had the abolition of ICT subjects when the government implemented the 2013 curriculum (K13)apparently left a new problem where students were not ready to welcome the digital era.Responding to this situation, ICT subjects were re-applied in schools in 2019. Some elementaryschools even from PAUD also stated that ICT is indispensable in 21st century education in addition toEnglish subjects. Observations were made by a team of writers using the Human-Centered Designmethod at a school in Sampora Village, MI Nurul Huda. The writer's team found that ICT lessonscannot run smoothly due to limited facilities and material in the form of computer recognition media.
Role of the Fuzzy Cascading and Hierarchical Technique to Reduce the Complexity of Rule Base in the Fuzzy System Development: Case Study of Teaching Faculty Assessment

Finding out the solutions for the linguistic problem is a very critical task in the software industry. In soft computing technique, fuzzy logic provides a better solution for linguistic issues. The execution of the fuzzy system mostly depends on the shape of membership functions and rule base. Development of the rule base is a very important task in the process of fuzzy expert system development. The computation time of the fuzzy logic system mostly depends on the size of the rule base. In the development process of the fuzzy system, the primary goal is to minimize the rule base to improve efficiency. To decrease the size of the rule base, multilayer fuzzy system is useful. The proposed research article represents a cascaded and hierarchical fuzzy model with a comparative study of a single-layer fuzzy system. A case study of teaching staff performance appraisal is carried out to explain the proposed work.
Student Literacy through Picture Book Media: Nurturing a Culture in Elementary Schools

The culture of student literacy is the main support in the progress of education in a country. The ability of literacy is believed by developed societies to be a very essential need for every human being. The better the person's literacy level will affect his or her ability to absorb knowledge in the learning process. Literacy skills are a basic ability that every student needs to have. Gerakan Literasi Sekolah exists as a government effort to develop a student literacy culture. This movement seeks students to read non-text books for 15 minutes before learning. As an effort to maximize the school literacy movement, picture book media are present as an alternative solution. According to their age range, the students show interest in the learning resources that attract attention. For encouraging students' interest in learning, especially in reading, picture book media can be used in maximizing literacy culture in elementary schools. This study may contribute to enrich research references in the language education field, especially about student literacy.
Research on Information Extraction and Evaluation Methods on Product Quality Safety in E-commerce Comments

The massive volume of consumer reviews on the e-commerce platform can be used as an important reference for market surveillance and productive enterprises to detect product defect and enhance product quality and safety. Thus, product safety evaluation based on these reviews can contribute to a better understanding of industrial safety and quality dynamics, as well as critical defects in the field. In this paper, a model is developed to measure the quality and safety of targeted consumer products based on consumer reviews on e-commerce platforms from two dimensions, namely, quantitative word-of-mouth, which raises concern among consumers, and, content word-of-mouth, which reflects product fault.
"I have no idea what they're trying to accomplish:" Enthusiastic and Casual Signal Users' Understanding of Signal PINs

We conducted an online study with $n = 235$ Signal users on their understanding and usage of PINs in Signal. In our study, we observe a split in PIN management and composition strategies between users who can explain the purpose of the Signal PINs (56%; enthusiasts) and users who cannot (44%; casual users). Encouraging adoption of PINs by Signal appears quite successful: only 14% opted-out of setting a PIN entirely. Among those who did set a PIN, most enthusiasts had long, complex alphanumeric PINs generated by and saved in a password manager. Meanwhile more casual Signal users mostly relied on short numeric-only PINs. Our results suggest that better communication about the purpose of the Signal PIN could help more casual users understand the features PINs enable (such as that it is not simply a personal identification number). This communication could encourage a stronger security posture.
Do winning tickets exist before DNN training?

The recent lottery ticket hypothesis proposes that there is at least one sub-network that matches the accuracy of the original network when trained in isolation.Recent work shows that under SGD noise, several such tickets emerge.We build on these works and study how winning tickets derived from one fixed network differ in structural and functional terms under varying levels of stochasticity.Structurally, we show that the Hamming distance of winning tickets' shapes follow the hypergeometric distribution.Functionally, our experiments validate that different emerging winning tickets are not disguised variants of each other, but diverge also concerning their classification outputs.Last but not least, different regimes of stochasticity affect winning tickets.Decreasing randomness during training also decreases the tickets' functional and structural distance.
Bamboo is Sound Magic

Bamboo is simply the most significant plant on Earth. A sacred plant that has always influenced world culture, bamboo has special meaning to the world of music and instrument making. Bamboo was playing beautiful music 100 million years before there were humans around to hear it. All this accumulated ancestral Sound-Magic still grows in bamboo stands everywhere, waiting to be heard, to be discovered and shaped into instruments for realizing music. The beauty of Bootoo is in their simplicity and versatility. They can be made easily with few tools from any size available bamboo. Instruments like Bootoo embody the essence of a Sound-Magic that comes from ancient times to enlighten and instruct the present. A primitive tradition of new music is passed on to the future, as contemporary musicians and instrument makers continue to explore the many sounds of bamboo. There is a belief among some primitive people that spirits live in the inner chambers of bamboo.
Cross Cultural Collaboration With Novgorod And North Carolina: A Fulbright Scholar Project (Poster)

During this Fulbright U.S. Scholar award project in Russia during the 2019-2020 academic year, Dr. Paul Wallace worked with colleagues at Novgorod State University (NovSU) in Veliky Novgorod on the development of a multidisciplinary Graduate Certificate Program in International Leadership.
3D FAULT ARCHITECTURE CONTROLS THE DYNAMISM OF EARTHQUAKE SWARMS

The vibrant evolutionary patterns made by earthquake swarms are incompatible with standard, effectively two-dimensional (2D) models for general fault architecture. We leverage advances in earthquake monitoring with a deep-learning algorithm to image a fault zone hosting a 4-year-long swarm in southern California. We infer that fluids are naturally injected into the fault zone from below and diffuse through strike-parallel channels while triggering earthquakes. A permeability barrier initially limits up-dip swarm migration but ultimately is circumvented. This enables fluid migration within a shallower section of the fault with fundamentally different mechanical properties. Our observations provide high-resolution constraints on the processes by which swarms initiate, grow, and arrest. These findings illustrate how swarm evolution is strongly controlled by 3D variations in fault architecture.
Potential of using ICT tools in primary school in the context of inclusive education

Nowadays, it is almost impossible to imagine the educational process in any modern educational institution without the use of means of information and communication technology (ICT). Thanks to the scientific progress, the sphere of education now is one of the many others that can greatly benefit from the technological achievements. The application of ICT means is particularly relevant when it comes to creation of accessible information-educational environment for students with special educational needs. Numerous researchers and education workers are increasingly focused on the development and implementation of new individualized training methods aimed at facilitation of the adaptation process of such students to the educational environment. Relying on a number of own research studies, the authors of this work have developed a conceptual model of the curriculum “Possible application of ICT in inclusive education” for students majoring in “Primary Education Teacher”. This article presents the overall examination of the model and studies the features of training of future teachers on efficient use of ICT in the inclusive educational process.
The role of training in effectiveness crisis management (field study in Telecommunications companies in Jordan) / Bilal Khalaf Sakarneh

This research investigate the role of training in effectiveness crisis management. However the study population included all (Telecommunications companies in Jordan) and the factors of training (knowledge, skills, abilities) which affect of the crisis management practices (readiness, controlling, decrease of risks). To achieve the aim of the research, a quantitative research methodology approach is adopted in which the survey is conducted from the randomly selected 245 employees working in Telecommunications companies in Jordan. (200) questionnaires was used in analyze, that equal (82%), the sample selection used according to the probability sampling. To achieve the study objectives, the researcher used the quantitative, descriptive and analytical methods through many statistical tools such as non parametric statistical analysis, and to test the normality the researcher employ (K-S) test, correlation used to determine the relationship between dependant variable and independent variable, simple and multiple regression analysis was performed to test the study hypothesis. The study finding that training has a significant and positive impact in effectiveness crisis management. This study also confirmed that importance of knowledge, skills and abilities as part of training in improving organizational performance to deal with crises through readiness and controlling of crises. This research found that training is very important in reducing the risks of crises.