Reviewerly/exHarmony huggingface dataset:
Japanische Interpunktion im Wandel der Zeit

In this article, the history of Japanese punctuation is divided into four phases. The first phase shows how the earliest texts in Japan were structured by numbering, line separation or brushwork. The second phase is determined by reading aids for texts written with Chinese characters only. The periods and strokes added to make the Chinese texts easier to understand can be seen as preforms of later punctuation. The third phase was triggered by increased contacts with the West. It can be characterized by a differentiating use of punctuation and the Japanese draft laws on punctuation. While these government guidelines provide some clues by giving many examples, the final decisionwhether to use punctuation marks remains unclear, especially in the case of the Japanese comma. Finally, the fourth phase describes the current situation in digital communication, inwhich traditional punctuation is often replaced by emoticons and other graphic elements.
Acute Lymphoblastic Leukemia Classification with Blood Smear Microscopic Images Using Taylor-MBO based SVM

Acute lymphoblastic leukemia (ALL) is a serious hematological neoplasis that is characterized by the development of immature and abnormal growth of lymphoblasts. However, microscopic examination of bone marrow is the only way to achieve leukemia detection. Hence, an effective leukemia detection approach is designed using the proposed Taylor-Monarch Butterfly Optimization based Support Vector Machine (Taylor-MBO based SVM). However, the proposed Taylor-MBO is designed by the integration of Taylor series and Monarch Butterfly Optimization (MBO), respectively. The sparking process is designed to perform automatic segmentation of blood smear image by estimating optimal threshold values. By extracting the features, such as texture features, statistical and grid-based features from the segmented smear image, the performance of classification is increased with less training time However, the proposed Taylor-MBO based SVM obtained better performance using the metrics, such as accuracy, sensitivity, and specificity with the values of 94.5751%, 95.526%, and 94.570%, respectively.
The Corporal-oriented approach to Education: a Turn towards the Whole Person

Recent anthropological studies consider the corporal experience as an indispensable attribute of a person’s life world. They declare to go beyond the dichotomy of body and mind and present a modern person as a complex integrity of all systems and characteristics of a living organism. Body and mind are a union of vitality with different forms of their manifestation. The corporal is not regarded as an essential complement to the mental, the corporal is the mental, just in a different form of its manifestation. The implementation of a methodological turn from a rationalcognitive approach to a holistic understanding of human nature and the peculiarities of cognitive processes outlines the problem of education transformation in both theoretical and practical terms. Taking into account the complexity and multiplicity of tasks in solving this problem, the guideline in defining conceptual ideas is the understanding of a person as a multi-temporal being who lives simultaneously in multiple hierarchical levels, ontological time and the scale of processes. It is a question of necessity to construct educational activity in semantic planes: mindbody- culture, mind-body-activity, body-consciousness-reaction and others.
Conflict of Interest Between Regulatory Agencies on Telecommunication Sector And Consequences of Improper Telecommunication Mast Installation in Nigeria

This paper examines various laws governing telecommunication installations in Nigeria with a view to addressing the perceived shortcomings in the laws. While the National Environmental Standards Regulatory and Enforcement Agency Act (NESREA Act) and the National Communications Commission (NCC Act) have been enacted to solve the problems associated with the effects of telecommunication mast installation in public places, the outcome of these laws seem inadequate for failure to provide effective means of enforcing same. The study considered the provisions of NESREA Act which is the principal Law enacted for ensuring that environ- mental standards are maintained and protected in Nigeria and the provisions of NCC Act which is the law that establishes the principal body which regulates telecommunication installations in Nigeria as well as other legislations. While NESREA in its Regulation provided for a setback of 10 metres, the NCC Act provided for a setback of 5 metres, which often conflicts and put victims at disadvantage and also conflict between the two regulatory bodies. It was observed that serious environmental hazards are linked to installation of tele- communication masts within/close to residential premises. Among these are leukemia, cancer, cracks on the buildings, pollution, such as water, land and air. The problems also include telecommunication masts falling on buildings and sometimes death due to sub- standard materials used in the installation as against the stated standard by the controlling regulatory bodies.
New AI Technologies to Enrich Electronic Health Record Data Sets With Self-Report Scores in Geriatrics

Abstract Although electronic health record data present a rich data source for health service researchers, for the most part, they lack self-report information. Although recent CMS projects have provided hospitals with incentives to collect patient-reported outcomes for select procedures, the process often leads to a substantial percentage of missing data, also being expensive as it requires the assistance of research coordinators. In this presentation, we will cover Artificial Intelligence-based based technologies to reduce the burden of data collection, allowing for its expansion across clinics and conditions. The technology involves the use of algorithms to predict self-report scores based on widely available claims data. Following previous work predicting frailty scores from existing variables, we expand its use with scores related to quality of life, i.e. mental health and physical function, and cognition. Accuracy metrics are presented both in cross-validation as well as external samples.
Horizon Troubleshooting

Although this chapter is titled Horizon Troubleshooting, we are going to also look at a more proactive approach. This will enable you to provide a more proactive approach to the monitoring of your environment and allow for you to preempt any potential issues rather than wait for them to become real-life issues that affect the performance of your end users.
Marketing Strategy of the Indonesian Soldier Museum to Increase Tourist in Supporting Awareness of Defending the Country

Every year the number of visitors to the Indonesian Soldier Museum is decreasing. Even though this museum has a role to support the awareness of defending the state of the Indonesian people. The need to do marketing for museums serves to introduce museums to the Indonesian public. This study aims to analyze marketing strategies and find out various obstacles and obstacles in supporting the awareness of State Defense. This study uses qualitative methods through observation, interviews, and documentation. The resulting data will then be analyzed to be able to find the right marketing strategy to attract the attention of tourists, both from within and outside the country, as well as the obstacles in attracting visitors. The Soldier Museum functions as a historical education facility and has an important role to love Indonesia, increase national and state awareness, strengthen Pancasila as the state ideology and be willing to sacrifice for the country and nation.
Candidate Attraction

In the previous chapter, we looked at how automation tools can be used to reduce the time that recruiters spend on admin tasks like adding the same application questions to a requisition again and again. One of the goals of recruiting technology is to free up recruiter time to better engage with future employees. Chapter 5 will discuss engagement of candidates on the career site, how to automatically interact with site visitors and applicants once they have taken the first step and visited the site and given some information about themselves. What about bringing visitors to the site in the first place? In this chapter, we will look at how to bring visitors to your career site, either directly to postings or to specific content.In this chapter, we will look at how to bring visitors to your career site, either directly to postings or to specific content.
Webology: An Analysis of Citation Pattern

Efforts were made to analyze 5807 citations of Webology published during 2004 to 2019. The citations were classified on the basis of type of material which clearly indicates that periodicals and web resources were the most popular type of resources used by the authors for writing research papers. The study found that out of 5807 citations 2580 citations were authored by the single author and single authorship pattern was found as the most popular authorship pattern among the authors. The study founds the two oldest citations were from the books which were published before 1900. The findings of the study show the notable change in the use of type of resources being used for writing the research papers. The results of the study shoes that use the of periodicals and web resources for writing research papers was increased from 1951 and onward. The study also presented the list of the twenty five highly cited journals, ten highly cited authors, fifteen highly cited web links and five highly cited books.
Geochemistry of Sulphides from Papua New Guinea: Golpu and Nambonga North Porphyry Cu-Au Deposits, Wafi-Golpu Mineral District

Studying elemental geochemistry of hypogene sulphides can discriminate the hydrothermal fluids responsible for ore formation. To determine whether Golpu porphyry Cu-Au deposits are related to the Nambonga North porphyry system which is located 2.5 km apart in the Wafi-Golpu Mineral District, Papua New Guinea, we compare the trace element compositions of drill core chalcopyrites and pyrites analysed using Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICPMS). Although mineralisation also occurs in other mineral phases such as enargite, covellite, tennantite, pyrite and chalcopyrite are quite distinct, making them easier to work on in this study. The results for the Golpu chalcopyrites revealed high concentrations of Au, As, Se, Mo, Sb, Te and Bi and lower concentrations of Ag and Zn compared to those from Nambonga. Pd and Pt were below the detection limit in chalcopyrites for both deposits. The results for the Golpu pyrites indicated high concentrations of Pt, Au, Se, Mo, Sb, and Te and lower concentrations of Cu, Zn, As, Ag, Pb, Pd and Bi compared to those from Nambonga North. Au concentrations in the pyrites from both the porphyry deposits were higher compared to chalcopyrites, which mean that pyrite is the Au-bearing sulphide responsible for the higher Au content. In contrast, Cu values in pyrites from Nambonga North are higher than those from Golpu. Overall, it is envisaged that the ore fluids were exsolved at different times during the evolution of both porphyry deposits, although these porphyry centres may be related in space and time.
CURRENT STATUS OF GOVERNMENT HOSTEL FACILITY PROVIDED TO ST, OBC, SC STUDENTS AND ITS UTILITY AND USAGES: WITH REFERENCE TO PUNE

The population of scheduled castes and scheduled tribes forms the considerable percentage of the total population of the country. Providing educational supporting facilities through the hostel scheme to this population is one of the significant factor that positively influencing on the educational development of scheduled casts and scheduled tribes people. Through the present article, an attempt has been made on the current status of tribal hostels and its utility with reference to Pune city. This article has also focused on the strength of the government hostels during the last four years, and focused on its intake capacity, actual admissions of ST and OBC SC students in the hostels in Pune.
Work and Education in the Era of the Fourth Industrial Revolution

Machines have been increasingly replacing aspects of human physical labor since the modern industrial revolution, and scientists and futurists predict that future scientific and technological revolutions will soon replace most mental labor. This prediction creates two conflicting educational requirements. The first is the need for jobs that have promising potential in future society and can withstand job cuts and rapid changes in the labor market. The second is the question of what humans should prepare for once human labor is completely replaced by machines. Simply put, education to prepare for work and education to prepare for non-work can be proposed simultaneously while predicting the same future society. For the purpose of this study, I first reviewed the recent discussion on job preparation education for the Fourth Industrial Revolution, based on the concept of competency, and the reason why education based on this concept is incompatible with traditional education. Second, in order to clarify the meaning of education as non-work, I compared the concept of competency to education for work in terms of the logical differences between the two. Third, I proposed that rather than creating new education for the Fourth Industrial Revolution, we need to clarify the present value of education, and how we can reconstruct it based on education s original meaning.
A hierarchical bagging-SVM human behavior recognition method

Aiming at the problems of using mobile device sensors to recognize human behaviors such as low accuracy, few types, and no consideration of transition actions, this paper proposes a hierarchical Bagging-SVM human behavior recognition method. This method first applies the moving average filtering algorithm to the collected sensor data for noise reduction and smoothing; then calculates the amplitude of the acceleration vector sum to characterize human motion behavior, extracts time domain features to build a layered model; finally uses the Bagging-SVM algorithm Perform hierarchical recognition of behaviors in hierarchical models. Experimental results show that compared with other recognition methods, this method can recognize human behavior more accurately and has higher robustness.
Prime Decomposition Encoding: An Analytical Tool by the Use of Arithmetic Mapping of Drum-Set Timelines

This paper introduces an original proposal intended to encode timelines as univocal integers, by the use of arithmetic mapping, exploring inherent properties of prime numbers.A group of algorithms were developed in order to encode drum-set timelines (as well as to retrieve the original rhythms from the codes), either individually or taken together, forming grooves.Additional parameters (dynamic levels and timbre) are also included in the encoding process.Geometrical representation of the grooves, adopting terminology and methodology proposed by Gottfried Toussaint [19], is also provided.Some practical application, addressing analysis and composition, are suggested at the last section of the study.
2D-3D Transformation of Pointing Objects Based on Skeletal Body Surface Models for Remote Collaboration

In this study, we proposed a system that maps a remote pointers that follows the surface of a human body through a see-through HMD by using the depth information and 3D skeletal estimation. This means that even if the screen that the remote person is looking at is 2D, remote pointers can be drawn on the 3D space that the local person is looking at. We compared the accuracy of the proposed system with that of a conventional remote pointing system, and found that the proposed system showed the same pointing accuracy as that shown by the conventional system. Furthermore, the pointing accuracy of the proposed method on a moving object was 49.5 ± 25.2 mm, and the proposed method could point from a 2D screen to the body surface. Therefore, we were able to perform pointing that followed a moving object, which was difficult to do with conventional methods.
3D Dense Volumetric Network for Accurate Automated Pancreas Segmentation

Pancreatic cancer poses a great threat to our health with an overall five-year survival rate of 8%. Automatic and accurate segmentation of pancreas plays an important and prerequisite role in computer-assisted diagnosis and treatment. Due to the ambiguous pancreas borders and intertwined surrounding tissues, it is a challenging task. In this paper, we propose a novel 3D Dense Volumetric Network (3D <sup xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">2</sup> VNet) to improve the segmentation accuracy of pancreas organ. Firstly, 3D fully convolutional architecture is applied to effectively incorporate the 3D pancreas and geometric cues for volume-to-volume segmentation. Then, dense connectivity is introduced to preserve the maximum information flow between layers and reduce the overfitting on limited training data. In addition, a auxiliary side path is constructed to help the gradient propagation to stabilize the training process. Adequate experiments are conducted on a challenging pancreas dataset in Medical Segmentation Decathlon challenge. The results demonstrate our method can outperform other comparison methods on the task of automated pancreas segmentation using limited data.Clinical relevance—This paper proposes an accurate automated pancreas segmentation method, which can provide assistance to clinicians in the diagnosis and treatment of pancreatic cancer.
A High-Performance Infrared Imaging System with Adaptive Contrast Enhancement

Most of the existing infrared imaging systems employ the scheme of FPGA/FPGA+DSP with numerous peripheral circuits, which leads to complex hardware architecture, limited system versatility, and low computing performance. It has become an intriguing technical problem worldwide to simplify the system structure while improving the imaging performance. In this paper, we present a novel real-time infrared imaging system based on the Rockchip’s RV1108 visual processing SoC (system on chip). Moreover, to address the problem of low contrast and dim details in infrared images with a high dynamic range, an adaptive contrast enhancement method based on bilateral filter is proposed and implemented on the system. First, the infrared image is divided into a base layer and a detail layer through bilateral filter, then the base layer is compressed by an adaptive bi-plateau histogram equalization algorithm, and finally a linear-weighted method is used to integrate the detail layer to obtain the image with enhanced details. The experimental results indicate that compared with traditional algorithms, our method can effectively improve the overall contrast of the image, while effectively retaining the image details without noise magnification. For an image of 320*240 pixels, the real-time processing rate of the system is 68 frames/s. The system has the characteristics of simplified structure, perceptive image details, and high computing performance.
تأسيس الشركات بين الجامعات السودانية و مؤسسات المجتمع خاصة الشركات الخاصة

تأسيس الشركات بين الجامعات السودانية و مؤسسات المجتمع خاصة الشركات الخاصة&#x0D; This research tackles the way in which Sudanese universities establish partnerships with community institutions especially private sector companies in order to spare universities needs materially and physically which helps in achieving the economical job of the universities by benefiting from Peculiarities Of knowledge economics.&#x0D; The research also handles how Sudanese universities translates their developing efforts in academic process and scientific research through encouraging and adopting innovations and Excellent Research Ideas.&#x0D; In addition, The research aimed at identifying the important role of Innovations and Excellent Research Ideas Centers in universities in transforming Excellent Research Ideas into successful projects which enables universities in developing their Learning Inputs in order to obtain developed outputs, then accordingly, universities will find the way paved to Establish successful partnerships with community institutions especially private sector companies, in doing so, universities will spare the needed finance for scientific programmes, training, academic, and research programmes.&#x0D; The research confirms that transforming Excellent Research Ideas into successful projects attains good beneficial income for universities in especial* and thereafter for the economy of the country in general
IMPACT OF INFORMATION AND COMMUNICATIONS TECHNOLOGIES ON WOMEN'S ECONOMIC EMPOWERMENT IN MENA REGION

The focus on ICT as means of empowering women has gained momentum. Their potential is paralleled by their rapid development that extends into all aspects of life. Conducting our analysis on aggregate macroeconomic data taken from the World Bank database, we deploy an econometric panel data approach to capture the impact of ICT on women's economic empowerment in 18 MENA countries between 2000 and 2019, using ARDL panel estimates. The results reveal the existence of a long-term cointegrating relationship between the variables. In addition, the impact of all the variables is significant in the long run, while in the short run their impact is not significant. Mobile phone subscriptions and internet users have a positive impact in the long run; however, fixed telephone subscriptions and fixed broadband subscriptions have a negative impact‎.
Strategy

You’ll be surprised to know that you have probably used the Strategy pattern in your everyday interactions with the Standard Library. After all, any time you specify a particular sorting algorithm, for example, you are specifying a sorting strategy, that is, providing a partial definition of the overall algorithm:
THE EFFECTIVENESS OF THE USE OF EDUCATION "STEM" IN PRIMARY SCHOOLS

The article explains the content, structure of abbreviations, key components. "STEM". The history of the development of the" STEM " education is divided into three periods. First of all, Steam (science, technology, engineering, art and mathematics) -appeared in 1990; the second - strem (science, technology, robotics, engineering and mathematics) - was implemented in 2000, and the third stage-2016, the stream is based on the fact that art Science is planning work on artificial intelligence. It is an integrator of the four components of the STEM. The article describes the effectiveness of the components c-science, scientific understanding (science), T – technology (technology), Electronic engineering (engineering), m – mathematics (mathematics) in the organization of the educational process in primary classes. Also in the article we offer the rules for completing the "STEM" tasks. These are: training, setting complex goals, analysis, choice, self-management, personal qualities, trajectory. The main attention is paid to the creative self-management of students using the "STEM" tasks.
Lower bounds on the on-line chain partitioning of semi-orders with  representation

An on-line chain partitioning algorithm receives a poset, one element at a time, and irrevocably assigns the element to one of the chains in the partition. Bosek et al. considered the problem of finding the minimum number of chains needed by an on-line algorithm to partition a semi-order presented with interval representation. They showed that any on-line algorithm could be forced to use $\lfloor\frac{3}{2}w\rfloor$ chains, and that any greedy algorithm would use at most $2w-1$ chains. In this paper, we improve the lower bound to $\lceil\frac{3}{2}w\rceil$ for $w>1$, and consequently, completely solve the problem for $w=3$.