Reviewerly/exHarmony huggingface dataset:
Post Editing: Suggestions for Translation Courses Sub-Content

&lt;div class="page" title="Page 1"&gt;&lt;div class="layoutArea"&gt;&lt;div class="column"&gt;&lt;p&gt;&lt;span&gt;The practice of post-editing has become so common these days with to the introduction of Machine Translation (MT). Because of that, the author believes post-editing should be included in all types of translation activities. Subsequently, in the teaching of translation, post editing should be considered as one of the course to be taught. In translation teaching, however, especially in Indonesia, post-editing has not yet been discussed specifically. Most post-editing activities in the classroom in Indonesia is not taught specifically as one of the courses as a part of a minor. Rather, they are integrated as a sub-course of a particular course, such as literary translation. In this research, I would like to propose several inputs which can be considered when teaching post- editing as a part of a bigger course. This research is conducted by reflecting on the actual process of post-editing conducted by the researcher when translating a text. It is expected that the result of the research is to be used by translation trainers, teachers, and practitioners in training their students.&lt;/span&gt;&lt;/p&gt;&lt;p&gt;&lt;span&gt;&lt;br /&gt;&lt;/span&gt;&lt;span&gt;Keywords: &lt;/span&gt;&lt;span&gt;Post-editing, translation course, sub-course&lt;/span&gt;&lt;/p&gt;&lt;/div&gt;&lt;/div&gt;&lt;/div&gt;
Investigating Motivation Factors of Software Engineers in 6 Countries

Much of the literature on motivation has noted the importance of motivation factors affecting project outcomes, particularly of software engineering teams working in the software development field.Although factors that motivate software engineering teams have been researched, little research has examined the motivation factors of software engineers within the GCC (Gulf Cooperation Council) countries.In order to examine the motivation factors that influence GCC software engineering teams, a survey questionnaire was distributed to software engineering practitioners in each of the six GCC countries.This study investigates motivation levels, the relationship between motivation levels and project outcomes, and the relationship between motivation factors and motivation levels.Results show that motivation levels vary across the region and that the relationship between motivation factors and motivation level vary from country to country.Not enough failed or partially successful projects were reported to make a claim about motivation level and project outcome, highlighting the difficulty of studying project outcomes.All 14 studied factors were significantly related to motivation level in the six countries combined, but there are individual countries where no factor is correlated with motivation level.This study's findings can assist software project managers working in the GCC countries or those dealing with global software development in the same region.
Selecting seismically safe formations for salt water disposal in the Delaware basin

An increased level of seismicity in Delaware Basin generally from 2015 (West Texas and New Mexico, USA), and specifically in its southeast part near the city of Pecos from the year 2017 has opened up the question of whether it is induced or natural. Earthquakes can be induced either due to hydraulic fracturing designed to stimulate the production from tight shale formations, or by disposal of wastewater (Ellsworth, 2013). As the production from the Permian basin is rapidly growing, there are many new active injection wells (both hydraulic fracturing as well as salt water disposal wells) within this basin. As the detectability of seismic events increased (the result of the state-wide effort of TexNet network) some increase of reported seismicity can be attributed to the lower detection threshold for natural seismicity, but some increased seismicity can be due to hydraulic fracturing and some due to salt water disposal. The spatial and temporal relationship between injection rates and observed seismicity can be used to associate these earthquakes, origins.
Scale-Adaptive CNN Based Crowd Counting and Dynamic Supervision

A major problem in crowd counting is the varying size of human heads in an image due to the changeable camera viewpoint, perspective and imaging resolution. To resolve this problem, we propose scale-adaptive CNN-based framework (SA-CNN) which implicitly outputs features at multiple scales and adaptively estimates density maps from the fusion of these features. To overcome the fact that head size is not annotated in all the public crowd datasets, we design a dynamic supervision strategy to reach the goal. Experiment results show that our method achieve state-of-the-art performance while demonstrating significant robustness to hyper-parameters even the choice of backbone.
Estimating the Parameters of Periodic Bivariate Compound Poisson Process by Inference for Margins Method

Estimating the Parameters of Periodic Bivariate Compound Poisson Process by Inference for Margins Method
PENGARUH MANAJEMEN KEUANGAN DAN MANAJEMEN SARANA PRASARANA TERHADAP MUTU PROSES PEMBELAJARAN PADA SEKOLAH DASAR DI WILAYAH UNIT PENGAWAS TINGKAT DINAS (UPTD) PENDIDIKAN BALONGAN KABUPATEN INDRAMAYU

This study aims to determine the effect of financial management and infrastructure management on the quality of the learning process in elementary schools in the area of UPTD Education Balongan. The method used descriptive analysis uses a quantitative approach. Data analysis techniques using regression analysis techniques. The findings of this study are financial management, facilities and infrastructure management and the quality of the learning process have been carried out well; (1) Financial management has a significant effect on the quality of the learning process (2) Infrastructure management has an influence on the quality of the learning process and shows a significant relationship, (3) Financial management and infrastructure management together have a significant effect on the quality of the learning process teachers are expected to improve and create a learning atmosphere. "PAIKEM", schools are expected to be able to manage financially efficiently and efficiently, schools are expected to have a place to store goods / warehouses that are still suitable for use.
Competence-oriented Tasks as a Means of Formation of Cognitive Universal Educational Actions (on the Material of Class 5 Mathematics)

The need for the study is substantiated by the insufficient development of the conditions for organizing activities for the formation of cognitive universal educational actions in students through the use of competence-oriented tasks. The above indicates that the problem of the formation of cognitive universal educational actions through the use of competence-oriented tasks is insufficiently developed and requires additional research. Thus, a number of contradictions were singled out: between the modern requirements of society for students, who should have perfect cognitive educational devices that do not ensure their development in a secondary school; and between the need to develop cognitive learning in the process of teaching mathematics and the insufficient elaboration of this issue in pedagogical theory and practice. The outlined contradictions testify to the relevance of the research topic and allow us to formulate its problem: what should be the conditions for the use of competent-oriented tasks in order to form cognitive universal learning activities for students (based on mathematics)? Under the terms of the organization of activities in this article we will understand the complex of special conditions created by the teacher to achieve the goals set, namely the education and training of students. In the process of conducting research, certain skills are selected that are part of the cognitive universal educational actions. For the formation of the selected characteristics was organized training activities of students in compliance with the following conditions. First, the development and implementation of the mathematical circle I am learning to analyze. Secondly, the construction of work based on the use of specific types of competence-oriented tasks. Thirdly, two types of work were used: with ready competence-oriented tasks and to transform tasks from textbooks into competence-oriented ones. Experimental work has yielded positive results. Significance of the study: the materials of the article may be useful for school teachers of mathematics.
E-LEARNING ACCESSIBILITY IN STATE-OWNED SCHOOLS IN NORTH BALI

This study aimed at investigating the implementation of e-learning in one of government non-favourite schools in Singaraja. This study was the result of the real implementationof e-learning in Bali in which the government expected e-learning to be applicable in every school in Bali since the launching of Balinese version of E-learning 2017. This research was a descriptive qualitative research. This study used snowball sampling in which the public opinion was counted. The data were collected by using observation and interview guide. The result of the study showed that the implementation of e-learning was not running well and became a serious problem. Some sollutions were offered in this study.
Designing Seasoning Information Systems for Processed Meat Production at PT. Aromaduta Rasaprima

The revolution of technology and knowledgement embarks human to resources re new their technology as easy as the can aplicate in their environment. The company the new computerized and communication technology. We could make information depends on conclution of some datas.&#x0D; The best information is the conclution of some problems that could have benefits for humans to solve their environments problems and also support them to make some decision.
Efficient level set formulation for segmentation and correction with application to medical images

Accurate medical image segmentation can greatly improve doctors’ speed of diagnosis and diagnosis rate. But the medical image is usually accompanied by the intensity inhomogeneity, which seriously interferes with the accuracy of segmentation results. In this paper, we propose a novel active contour model with the level set formulation to deal with this problem. With the bias field added into the energy functional, our model not only can accurately segment inhomogeneous images, but also can effectively eliminate the intensity inhomogeneity to get homogeneous correction images. Since our energy functional has a special form similar to the L1 regularization problem, we prefer to apply the split Bregman method to efficiently minimize the energy functional. Then, we use a variety of medical images to test the performance of our model. Experimental results demonstrate that our model can be applied in medical images with satisfactory results. Besides, qualitative and quantitative comparisons with the LSE model further demonstrate the superiority of our model in segmentation accuracy, correction effect and efficiency. The robustness to initial contour and noises is also verified to be the outstanding advantage of our model.
An Empirical Study on Managing Energy and Accuracy Requirements of Location Based Android Applications (S)

The improper use of GPS and location-related APIs may result in abnormal battery drain in Android applications.Over the last few years, the developers' discussions on improving energy efficiency have been increased.In this paper, we mine StackOverflow to analyze and summarize the characteristics of developers' discussions of managing energy and accuracy-related requirements of location-based Android applications.We extracted 11,911 questions from StackOverflow and filtered 320 relevant questions to answer four research questions.We conducted a manual thematic analysis on relevant questions.Our study shows that the developers are concerned about energy consumption, but are unclear about their preferences as energy and accuracy evolved as conflicting requirements.
Active and Qualitative Learning a Consequence of the Integration of Non-Formal Methods in Teaching Content and Their Implementation in the Teaching Process

The integration of non-formal education in formal education, in all its forms, is one of the most important issues of the global education. However, active and qualitative learning is the result of the integration of non-formal methods in teaching content and their implementation in the teaching process, as well as an important aspect where students develop their skills, permanently acquire their knowledge.Integrated non-formal methods in the teaching content would provide multiple opportunities for the students to be trained for a lifelong learning. The purpose of this paper was to increase teachers' awareness on the importance of using non-formal methods and their positive effect that this integration brings, both in their performance and in active and effective learning.
Cybersecurity threats to P&amp;C systems

Vulnerabilities introduced into the hardware and software by P&C system manufacturers are typically difficult for the EPU’s P&C engineers to discover and patch. The most common cybersecurity flaw is a vulnerability that provides the means to inject malicious code into the P&C system software. The primary reason to consider this type of attack is that it can allow an individual to bypass the access control restrictions set by the developer or EPU’s P&C engineer. P&C system engineers should review all wireless remote access to the P&C system. Depreciate wireless access using WEP encryption and their interface to the P&C system network declared “untrusted”. Lastly, P&C managers should not view these vulnerabilities of P&C assets independently as a successful cyber-attack typically involves exploitation of a chain of vulnerabilities present on various assets. Consequently, there is a need to model and analyze the entire sys-tem-of-systems to estimate the relative security of a threat scenario.
Phase Synchronization Underlying the Mutual Inductance Effect on Chua�fs Circuits

In this study, we proposed a novel method that is different from previous methods using feedback to achieve synchronization.Our study was carried out to induce the mutual effect coil inductances of two Chua's circuit systems and achieve phase synchronization by the bidirectional coupling of two Chua's circuit systems.Additionally, analyzing the correlation coefficient vs the inductance spacing, we observed the hysteresis phenomenon and the sensitivity of the systems to various chaotic states that could be applied to some sensors.
Proposal and Analysis of a New Image Encryption Algorithm

Ensuring information security is a necessity in cyberspace. A lot of information is available online in a visual form so, if an image must be kept private, it needs to be encrypted. But usually any image processing algorithm requires many computing resources and time, especially if the image has a high-definition. Therefore, an image encryption algorithm has to be designed differently than those used to encrypt general data. We propose an image encryption algorithm that combines all known encryption techniques (permutation, substitution and key addition), that has very good performances in comparison of traditional encryption standards and it is also fast, simple and easy to implement. The proposed algorithm, so-called Light Encryption Algorithm (LEA), is applied on standard test images and some performance metrics are computed in order to analyze its performances and to compare them to those of other well-known encryption techniques.
vDARM: Dynamic Adaptive Resource Management for Virtualized Multiprocessor Systems

Modern data center servers have been enhancing their computing capacity by increasing processor counts. Meanwhile, these servers are highly virtualized to achieve efficient resource utilization and energy savings. However, due to the shifting of server architecture to non-uniform memory access (NUMA), current hypervisor-level or OS-level resource management methods continue to be challenged in their ability to meet the performance requirement of various user applications. In this work, we first build a performance slowdown model to accurate identify the current system overheads. Based on the model, we finally design a dynamic adaptive virtual resource management method (vDARM) to eliminate the runtime NUMA overheads by re-configuring virtual-to-physical resource mappings. Experiment results show that, compared with state-of-art approaches, vDARM can bring up an average performance improvement of 42.3% on an 8-node NUMA machines. Meanwhile, vDARM only incurs extra CPU utilization no more than 4%.
Anti-Corruption Policy Strategies for Nigeria towards National Development: Evidence from Least Corrupt Countries

Anti-corruption policy strategies in Finland and Singapore were examined, and lessons were drawn for Nigeria. Finland and Singapore were chosen because they are among the least fifth corrupt countries in the world from 2010 to 2017, and they have different norms. Another reason is that the norm in Finland is fairly similar to the norms of Sweden, Denmark, Norway, New Zealand, and Australia which are also among the least corrupt countries in the world, while the norm of Singapore is fairly similar to Hong Kong and Japan which are also among the least corrupt countries in the world. It was revealed that the case of Nigerian society is similar to that of Singaporean society. In Finland, it was observed that anti-corruption measures and institutions are weak as it does not have a separate unit dedicated to investigate or prosecute corruption-related offences, but there is a guiding principle such that anti-corruption measures are integrated into general good governance policy grounded on the rule of law. Also in Singapore, anti-corruption was achieved through anti-corruption policy that has been in existence since the year 1959, although there was a situation of deplorable condition and widespread corrupt practices, but the new government in the late 1950s set up a strategy which resulted that top political leaders set themselves as role models for civil servants and showing zero tolerance for corrupt behaviour. Finally, recommendations were suggested.&#x0D;
Hardware Obfuscation Driven by QR Pattern using High Level Transformations

This paper presents QR pattern enabled key driven approach for mitigating piracy problem over any digital design, hardware security and reverse engineering (RE) by obfuscation process.However, these techniques can able to achieve the protection with high resource utilization and power consumptions overheads and moreover structural changes alone cannot provide sufficient IP protection for the gate-level net list cores or the IC components.In order to narrow these gaps FSM based structural and functional obfuscation is proposed and key handling is solved using color QR code pattern driven random key extraction and elaborately analyzes confusion metric levels.The experimental evaluation is carried out for proving the logic obfuscation method using FIR DSP digital design.And finally the prevention of the adversary from any reverse engineers process in both the gate-level and the RTL level geometry of IP from piracy and overbuilding.Experimental evaluations demonstrate the low area, power, and trade off the performance over security level of the proposed obfuscation technique.
Research on the Key Technology of Safety Protection in Application Environment of Blockchain

Abstract This paper analyzes the current situation of blockchain application security. Then, makes a concrete analysis on the problems existing in the application safety of blockchain, including the attack of consensus algorithm, the leakage of privacy, and the programming vulnerability of blockchain and hash collisions. Then it introduces in detail the three key technologies of security protection under the blockchain application environment, P2P network technology, asymmetric encryption technology and consensus mechanism technology. In order to make more relevant people know more about the key technologies of safety protection in the application environment of blockchain.
A Document Summary Method Based on the Relative Spatial Length between Sentences

This work presents a document summary method which utilizes the relative position between sentences to generate summaries of documents with different levels of details for users. Sentence sets with different spatial distances centered around the searched keywords are extracted and used to generate the summaries. Afterward, we discuss the results of a feasibility study carried out on Japanese news articles, highlighting how this approach could be used to generate summaries with different levels of details.
Wise Objects for IoT (WIoT): Software Framework and Experimentation

Despite their expansion, Internet of Things (IoT) technologies remain young and require software technologies to ensure information management in order to deliver sophisticated services to their users. Users of IOT technologies particularly need systems that adapt to their use and not the reverse. To meet those requirements, we enriched our object oriented framework WOF (Wise Object Framework) with a communication structure to interconnect WOs (Wise Objects) and IoT. Things from IoT are then able to learn, monitor and analyze data in order to be able to adapt their behavior. In this paper, we recall the underlying concepts of our framework and then focus on the interconnection between WOs and IoT. This is enabled by a software bus-based architecture and IoT related communication protocols. We designed a dedicated communication protocol for IoT objects. We show how IoT objects can benefit from learning, monitoring and analysis mechanisms provided by WOF to identify usual behavior of a system and to detect unusual behavior. We illustrate our approach through two case studies in home automation. The first shows how a wise smart presence sensor learns on a classroom occupation. The second shows how a wise system helps us to see correlation among several WOs.
Perceived Impact Of Entrepreneurship On The Performance Of Small And Medium Enterprises (SMEs) In Nigeria.

The study examines the impact of entrepreneurship on the performance of SMEs in Nigeria to achieve the aim of the study the following research objectives and hypotheses were formulated these include; (i)To determine the impact of entrepreneurship on the performance of SMEs in Nigeria.(ii)To evaluate the nonperformance of SMEs in Nigeria (iii)To Examine the extent to which Entrepreneurship influence performance of SMEs in Nigeria and H0: there is no positive and significant relationship between entrepreneurship and performance of SMEs Hi: there is a positive and significant relationship between entrepreneurship and performance of SMEs. the research method adopted for the study was quantitative approach through survey questionnaire with five point Likert scale structure with twelve items questions distributed to 15 respondents who filled all the questionnaires and return 100%.The responses and analysis revealed that there is positive and significant relationship between entrepreneurship and performance of SMEs in Nigeria