Reviewerly/exHarmony huggingface dataset:
Fuzzy Logic Controlled Zeta Converter fed DC-Motor Drive System with reduced Steady-State-error

Zeta-converter finds a way between DC-source and DC-Motor to step-up and match the motor-voltage. This work proposes QBC between the DC source and DCM. The DC output is boosted by ZCS. The DC yield of ZC is provided to the DC-Motor. In-this-work, different-control-strategies for Zeta-Converter fed DC-Motor (ZC--DCM) such as ‘fractional-order-PID(FO--PID) controller’, ‘Hysteresis-controlle r(HC)’ &amp; ‘-Fuzzy-logic- controller(F-LC)’ is exploited to sustain the constant yield-speed of the ZC--DCM. Also, the load disturbance is introduced to analyze the performance of ZC--DCM driven by different controllers. “-The-simulation of ZC--DCM has been done utilizing -MATLAB/-Simulink-software”. The objective of the present work is to enhance the closed-loop response of ZC--DCM using suitable-controller. Outcome reveals that the F-L-based ZC--DCM has good-performance, when compared to the FO--PID &amp;Hysteresis-controller based ZC--DCM.
TYPES AND FUNCTIONS OF INTERJECTIONS IN WOLE SOYINKA’S ALÁPATÀ ÀPÁTA AND YORUBA SPEECH COMMUNITY

Interjections are universal means of communication among human beings which pass across different emotions and information in different cultures and languages. However, while some are found in nearly all languages but with varied meanings and functions according to context, some are peculiar to specific languages and cultures. This work, therefore, investigates the functions and meanings of both universal interjections (specifically Oh and Ah) and the Yoruba language specific interjections found in Wole Soyinkas Ala?pata? A?pa?ta. The work also discusses two other significant Yoruba language specific interjections although they are not found in the analyzed text. The authors chose the text because it is replete with interjections Oh and Ah which carry various meanings and perform various functions (few of which have not been discussed in the literature) and also because it contains the Yoruba language specific interjections which probably have not been investigated in the literature, thereby contributing to knowledge.Keywords: universal interjections, Yoruba language specific interjections, Ala?pata?
One Size Does Not Fit All: Trade-offs between Misuse Probability and Level of Sanitization for Big Data

Big data privacy has assumed importance as the cloud computing became a phenomenal success in providing a remote platform for sharing computing resources without geographical and time restrictions. However, the privacy concerns on the big data being outsourced to public cloud storage are still exist. Different anonymity or sanitization techniques came into existence for protecting big data from privacy attacks. In our prior works, we have proposed a misusability probability based metric to know the probable percentage of misusability. We additionally planned a system that suggests level of sanitization before actually applying privacy protection to big data. It was based on misusability probability. In this paper, our focus is on further evaluation of our misuse probability based sanitization of big data approach by defining an algorithm which willanalyse the trade-offs between misuse probability and level of sanitization. It throws light into the proposed framework and misusability measure besides evaluation of the framework with an empirical study. Empirical study is made in public cloud environment with Amazon EC2 (compute engine), S3 (storage service) and EMR (MapReduce framework). The experimental results revealed the dynamics of the trade-offs between them. The insights help in making well informed decisions while sanitizing big data to ensure that it is protected without losing utility required.
Developing a multiagent model of an integrated energy supply system in AnyLogic simulation software

The purpose of this work is to develop a multi-agent model of an integrated energy supply system in the AnyLogic simulation software and to conduct a research on the operation and interaction of objects in this system using the obtained model. A multi-agent approach is proposed to study integrated energy supply systems as it enables to carry out a detailed research of interaction and coordination mechanisms of various elements and subsystems (energy sources, transport subsystems, active consumers, etc.) of the object under investigation. The model is implemented in AnyLogic simulation software that supports designing, development and documenting of the created models, carrying out computer experiments, parameter optimization according to some criterion that enables visualization of the mechanisms of interaction and connection between the agents. A multi-agent model of the integrated power supply system has been developed. Agent state diagrams that take into account the operation of its elements have been created and the principles of their interaction and coordination have been analyzed. The structure of the developed model of an integrated power supply system contains four types of agents and connections between them. An experiment has been conducted on the basis of the developed model, in which the optimal solution was found for energy supply of consumers. The results of the conducted computational experiment show that the specified conditions and restrictions are met; messages and parameters are correctly transmitted between the agents and the agents perform the assigned functions in the system. The results obtained will allow to model real power supply systems of any complexity in order to study the properties and improve the efficiency of these systems. The developed model enables the possibility to model complex processes in an integrated energy supply system which relate to production, transport, distribution and consumption of energy.
Job satisfaction in public sector bank Employees

Success of any organization depends on human resource of the company, Any organization top of the position of the market the main key role of the organization employees, Organization employees feelings and expression of internal aspects todissatisfaction, now the present situation of the banking sector employees satisfaction level is very difficult, it is the situational change the employee attitude and behavior, the public sector bank employees are work performance is very happy. Individually employees feeling and emotions are different; more than the public sector banks large employees of the Bank is State Bank of India. Management and managing higher job satisfaction level in banks not only performance Of the banks but also growth and performance of the employees. Banking sector essentially provides job to large number of individuals, and thus it is necessary measures satisfaction levels of employees. The study shows that Job preference, Cooperation among Co-workers, Working Environment, Working Facilities, Salary Satisfaction, Increment Satisfaction, Welfare Facilities, other facilities, Performance Appraisal System, Behavior of boss, State Bank of India(SBI) is the public sector Bank it is a large number of Happy employees in the SBI banks namely as SBI banks in Rayalaseema Division, Andhra Pradesh India.
Improving students’ writing achievement in descriptive text using picture series through WhatsApp Messenger at SMPN 34 Bandar Lampung

This quantitative research was conducted to investigate the use of picture series through WhatsApp could give positive impact on the students’ writing in descriptive text. The samples of this research were the second-grade students of SMPN 34 Bandar Lampung. The researcher used experimental group design which applied pretest and posttest as the instruments. Besides, there were two meetings as the treatment. The data were analyzed by using Repeated measure T-Test. The result showed that there was significant improvement on students’ writing after the implementation of picture series. The mean of the pretest was increased from 61.13 in the first test to 70.73 in the second test. Moreover, the gain of the test was quite high by having the number of 9.6. Then, the statistical calculation of the students’ score also showed that the t-table was higher than the t-table (10.298 &gt; 2.052). The highest aspect that improved the most was organization. The mean for this aspect was increased from 14.12 (pretest) to 17.50 (posttest) with the score of the gain was 0.5762. Briefly, it could be concluded that the H1 is accepted and the H0 is rejected.
Uncertainty in LMWL and missing process explanation

Xiang and colleagues present a novel way to study long-term evaporation losses of infiltrated rainfall by using the isotopic fractionation signal of deep soil waters.The approach with a focus on deep soils is novel and they highlight the opportunity and benefit of such an approach with regard to rainfall partitioning.The manuscript is well structured and mostly well written, and the graphs are mostly informative.The topic is of interest for the HESS community and fits to the journal's scope.The main issue of the presented study is the lack of information of the isotope ratios in the infiltrating rainfall at the individual sites.While it is unclear how the IAEA rainfall data were used in the study, the uncertainty introduced by not having site-specific rainfall isotope data are not assessed and thus not accounted for.If the actual rainfall isotope ratio differs from the IAEA data derived local meteoric water line, the lc-excess
Parameter co-evolution mechanism of particle swarm optimisation algorithm

The running parameters are the important factors that influence the performance of PSO, and the optimisation of the selection and the adjustment strategy on them is one of the hot research directions. Based on the related research, this paper designs a co-evolution mechanism for the parameters of PSO including both the inertia weight and the acceleration factors, which defines stochastic evolution speed to reflect the current state of population evolution during the iterative process, and uses it as the feedback to set the inertia weight and the two acceleration factors. PSO with the parameter co-evolution mechanism can realise cooperative evolution of the running parameters with the population by dynamically adjusting parameter values according to population evolution state. Compared with five widely recognised parameter selection or adjustment strategies, on 20 numerical optimisation benchmark functions of different categories, the effectiveness and the efficiency of the proposed mechanism are verified.
On Soft Solutions Decoder for Reed–Muller Binary Codes of the Second Order

A general model of a noise-resistant binary data channel is constructed, intended for use with various soft decision decoders. The communication line considered in the model is discrete in input and continuous in output. Discrete signals from the multiplicative binary alphabet are received at its input, and due to distortions acting in the communication line, symbols from the multiplicative group of the field of real numbers are formed at the output after filtering, which are then fed to the input of the error-correcting code decoder. Soft and probabilistic decoders of error-correcting codes allow correcting more errors in code words than is guaranteed by the minimum distance of the code used. The paper considers a probabilistic Sidelnikov–Pershakov decoder of soft solutions for Reed–Muller codes of the second order in the modification proposed by P. Loidreau and B. Sakkour. Earlier, the effectiveness of these decoders was confirmed by simulation experiments, but there was no theoretical justification. In this paper, the requirement to the communication channel, called the smoothness of the channel, is formulated, in which the correctness of this decoder is theoretically proved in the case when the number of errors per code word does not exceed half the code distance. The proof is based on the use of the theory of quadratic forms and methods of differential calculus in the polynomial ring of several variables over Galois fields.
Prototyping Non-holonomic Hovercraft for Path Planning and Obstacle Avoidance

— By definition, autonomous control systems are thesystems that sense the physical quantities from their environmentand may execute any dirty, difficult, dull and dangerous taskwithout any intervention. These systems are mostly used in thetransportation of large packages from one place to anotherautonomously by selecting the shortest path, accurate speed andobstacle avoidance. This paper describes the development offuzzy based PID control algorithm to tackle the dynamicconstraints of localization for proposed non-holonomichovercraft. Furthermore, in order to monitor the hovercraft thatwhether it is hovering in a familiar or strange environment;paper suggests the incorporation of digital image processingtechnique which will regularly correlate, the images beingcaptured by the prototype. Moreover, paper methodology alsoprovides the deployment way along with the interfacingtechniques of some configurable sensors, which will share theinformation related to the surroundings of hovercraft usinginternet of things (IoT).
Best Paper Selection

Brisimi TS, Chen R, Mela T, Olshevsky A, Paschalidis IC, Shi W. Federated learning of predictive models from federated Electronic Health Records. Int J Med Inform 2018 Apr;112:59-67 https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5836813/ Daniel C, Serre P, Orlova N, Bréant S, Paris N, Griffon N. Initializing a hospital-wide data quality program. The AP-HP experience. Comput Methods Programs Biomed 2018 Nov 9 https://www.sciencedirect.com/science/article/pii/S0169260718306242?via%3Dihub Estiri H, Stephens KA, Klann JG, Murphy SN. Exploring completeness in clinical data research networks with DQe-c. J Am Med Inform Assoc 2018 Jan 1;25(1):17-24 https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6481389/ Sylvestre E, Bouzillé G, Chazard E, His-Mahier C, Riou C, Cuggia M. Combining information from a clinical data warehouse and a pharmaceutical database to generate a framework to detect comorbidities in electronic health records. BMC Med Inform Decis Mak 2018 Jan 24;18(1):9 https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5784648/
HABITS OF HIGHLY PRODUCTIVE INFORMATION SYSTEMS USERS: A LOOK AT ONE UNIVERSITY'S FACULTY, STAFF, AND STUDENTS

The adoption and use of information systems can help system users realize higher levels of productivity, but are people using systems in ways to help them achieve this aim?This paper explores the use of information systems and examines how stakeholders rank their productive use of technology.Four research questions were explored in order to delve deeper into the productivity of system users across a university campus, drilling down to the productivity of three underlying stakeholder groups: students, staff, and faculty.Furthermore, the study explores the breakdown of these three groups based on age and gender.The study found that, as a whole, West Liberty University is only 28% productive when using information systems.The study concludes with recommendations to educate the stakeholders on highly productive information systems habits.Finally, Steven Covey's Seven Habits of Highly Effective People is presented as a resource to help stakeholder groups become more productive information systems users.
ENGLISH TEACHING INSTRUCTION FOR NON-ENGLISH LEARNERS

The quality of educational institutions is influenced by teaching and learning process that is students and lecturers. Novalita (2006) state that to learn a language the learners need more than just once or twice, but they need many time to understand the language, the real meaning of the language, the structure of the language, and so on. There is no good strategies in teaching process, but suitable strategy which is can be used in the teaching process. Therefore, every teacher or lecturer should master many strategies in the teaching and learning process. Some strategies can be applied to some students or learners, but it can’t be applied to all of students or learners. he goal of this study is to observe how the teacher implements English teaching instruction at English language center (PKPBI). Besides that, what are the material used and the way how teacher evaluates and also how do the learners perceive the English teaching instruction at English language center (PKPBI) of Maulana Malik Ibrahim state Islamic university of Malang. This study was a qualitative research because this study is a case study which focuses on teaching process. The data collections used in this study were observation, interview, and documentation. In order to analyze the data collected in the research project and answer the core questions of the study, it was used the grounded theory. The researcher found that the contents of the material used was reading section characterized by provision of an English reading text on mathematic-content-related area followed by writing exercises. The teacher implement English teaching instruction with the aim of answering the question, it can be concluded that for the beginning of teaching, there were a big amount of mistakes with the guidance and no explicit implementation of grammatical aspects during the lessons, because the teacher intents to present language items as in a regular language course. The balance between content and language was not easy to manage either, because in some situations the teacher tends to focus more in language or in content. The teacher evaluate by her choice of evaluation. She felt confused and scared at the beginning of the experience. About perceiving of the learners, the researcher concluded that the students feel challenging with the process of teaching and learning in the class, they also interesting with because they can continued applied what they learn. Key words: Teaching instruction, Non-English learners
Improved diagnosis and navigation for CT colonography

This project describes the development of an automatic segmentation method and a novel navigation system that detect polyps using advanced image processing and computer graphics tecniques. The colon wall segmentation method from the CT data set of abdomen is achieved by combining the contouring model - level set method and the minima detection using mathematical morphology theory. Polyp detection is attained by analyzing surface curvature and texture information along on the colon wall. Adding texture analysis provides a new feature for improving currently existing methods. As such, polyp candidates are examined not only by their shape and size but also by their texture appearance.
Multi-core Processor Learning Using a Simulator and Pin Tools

In this paper, we propose a simple simulation model for multi-core processor learning, which will provide students effective ways of learning cache memory architecture through computer architecture labs including new cache designs.The proposed pedagogical approach is based on the Kolb experiential learning cycles.In our approach, it is recommended to use the Simple Simulator and Pin Tool.We developed the Simple Simulator, while the Pin Tool is open-source (from Intel) to build a trace file for any benchmark programs.The Simple Simulator can implement any detailed characteristics for a cache scheme, such as replacement policy, mapping function, average memory access time, coherence protocol, amount of bus traffics, power consumption, etc.After PIN Tool builds trace files, those files will be inserted into the Simple Simulator to collect the outputs to measure performance of cache scheme.
Research on Restructuring Path of Children’s Digital Publishing Supply and Demand Chain

In the era of rapid development of intelligent technology, the children’s digital publishing industry is facing a disruptive change, and this change may be realized through the reconstruction of the supply and demand chain. The value power of source content creation and the ability to gather users have been deconstructed. The increase in the amount of content requires platform institutions to have a more professional content operation system. The convenience of payment technology has greatly increased the digital content payment rate of users of children’s digital products. A development model of the supply and demand chain of children’s digital publishing with more innovative flexibility and enabling effects.
Information seeking behaviors, attitudes, and choices of academic mathematicians

Mathematicians in academic institutions utilize a variety of resources and strategies to seek, find, and use scholarly information and news. Using a sample of mathematicians, researchers surveyed 112 students and faculty at four Canadian university institutions to explore self-perceived success rates, resources consulted, databases used, use of social media, and citation management systems. Further, 12 follow-up interviews were completed with mathematicians to better interpret survey results, resulting information-seeking behaviors, choices, strategies, and feelings on keeping up to date with information needs. According to survey results, a minority of mathematicians (12.5 percent) acknowledged that they were successfully keeping up to date. However, a significant number of mathematicians (28.6 percent) indicated that they were unsuccessful and could do better in remaining current with information needs. Co-investigators, using qualitative analyses, identified four emergent themes related to remaining current: (1) The “slower pace of math” pervades all aspects of this discipline;” (2) There are “too many papers – and not enough time” to effectively search, evaluate, and read scholarly papers of interest; (3) Mathematicians collectively acknowledge that they are open to strategies and technologies where they “could do better” keeping up to date; and (4) Mathematicians have divided loyalties using databases when searching for information by means of “MathSciNet in a Google world.” Additional insights document how mathematicians are guided by mathematical peculiarities and discipline-specific practices. This study helps to shed light on opportunities for academic librarians to identify and meet mathematicians’ evolving information needs. Keywords: Mathematicians, information-seeking behaviors, information needs, information sources, graduate students, faculty, academic (university) libraries, knowledge management
Effective Project Management and the Role of Quality Assurance throughout the Project Life Cycle

Quality is a fundamental requirement in effective project management. Effective project management entails a steady focus on quality management as well as achievement of all user requirements as defined during the requirements engineering phase of project implementation. Quality assurance must be executed throughout the project development cycle as a new normal in reducing errors and challenges during project development. Conducting quality assurance throughout the project development cycle has many benefits to both the project as well as the project development team. Understanding the research approach to use is critical in achieving high-quality findings in projects. There is a need to understand how to utilize deductive, inductive, and abductive research reasoning when conducting project implementation.