Miracle-dz/UniFAR-FTUs huggingface dataset:
Textual Analysis of Select Political Rhetorics on Edo 2020 Governorship Election

The interest of this study is predicated on the premise that politicians creatively manipulate the electorate by using language and other semiotic resources, such as billboards, pamphlets and brochures, to appeal to a wide audience. Hence, the tendency to manipulate public opinion takes a strong hold in Nigerian political discourse. From avoidance of obvious facts to deliberate insertion of misrepresentative information, the discourse of politics is laden with manipulative rhetoric. The objectives of the study were to analyse the rhetorical strategies employed by politicians during the 2020 Edo governorship election campaigns, the development issues that dominated their rhetoric and the emotional appeal used. The paper used qualitative content analysis with focus on textual analysis. In the seven weeks leading to the September 19, 2020 Edo Governorship election, a total of 243 speeches were identified from television, social media and online sources. They were categorised into three areas based on the attacks, development and emotive appeal inherent in them. In total, excerpts from six speeches were analysed. The result showed that attack dominated the text of the rhetoric, infrastructural development was the dominant development issues and ethnic appeal, mudslinging were the emotional appeals used in the campaigns. The researchers concluded that the 2020 Edo governorship election was characterized by attacks and emotional rhetoric and recommended the need for communication advisers in campaign councils to design messages based on issues.
Entropic Lattice Boltzmann

The LB with enhanced collisions opened the way to the top-down design of LB schemes, with major gains in flexibility and computational efficiency. However, compliance with the second principle was swept under the carpet in the process, with detrimental effects on the numerical stability of the method. It is quite fortunate that, albeit forgotten, the above compliance did not get lost in the top-down procedure. Entropic LB schemes, the object of the present chapter, explain the whys and hows of this nice smile of Lady Luck.
A stabilized frequency reference transfer system for the square kilometre array

The quest to peer ever deeper into distant regions of the universe and understand its origins and evolution requires the construction of ever larger telescopes such as the Square Kilometre Array (SKA). The SKA must be phase-synchronized by providing frequency reference signals that are phase-coherent over the observing integration times to the array’s antenna sites. This will maximize the fidelity and dynamic range of the astronomical data obtained by the telescope, and will be achieved by transmitting frequency reference signals that are synthesized from a central atomic frequency standard to the widely dispersed antenna sites via fiberoptic links. Mechanical disturbances to the links, such as vibrations and thermal effects, impose unwanted phase noise on to the signals that are received at the antenna sites. Due to the long transmission distances involved, the magnitude of the phase noise acquired by the reference signals during transmission is sufficient to degrade the phase coherence between antennas to the extent that it impairs the performance of the telescope. This thesis describes the development and testing of actively stabilized frequency reference transfer systems for the two SKA telescope variants: a 160 MHz radio frequency transfer system optimized to the requirements of SKA1-LOW; and an 8 GHz microwave transfer system optimized to the requirements of SKA1-MID. Both systems sense the link phase perturbations in the optical domain, and achieve stabilization of the transmitted signals using acousto-optic modulators (AOMs). The systems have a low power consumption, and the use of AOMs means that they are compact and robust, which are important considerations owing to the large number of units required to supply the many SKA antenna sites. Field tests verified the performance of the transfer systems on existing radio telescope systems and on the aerial fiber links proposed for SKA1-MID. The frequency transfer systems achieve coherence losses two to three orders of magnitude better than required over the distances involved in SKA1. The applications of these systems to other scientific experiments and future telescopes are also discussed.
Sentiment Analysis of E-commerce Comments Based on BERT

Sentiment analysis is one of the hot research contents of natural language processing, and e-commerce comment sentiment analysis has become a research hotspot. Sentiment analysis is one of the hot research contents of natural language processing. Sentiment analysis of e-commerce comments has become a research hotspot. The current word vector representation model does not contain the context of text. Therefore, this paper proposes a pre training language model SA-BERT based on transformer bidirectional encoder representation. First, the word vector is encoded by Bert to represent the semantic information of the context of the comment text. Then, the attention mechanism is used to extract the text features in a deeper level, understand the semantics of the text information, and complete the sentiment analysis task of e-commerce comment. Finally, experiments on JD mobile comment data set show that SA-BERT model has a good effect in this field.
MGSDNAF - A Modified Signed Digit Generalized Non-Adjacent Form for Integers Representation

This paper describes a new radix r integer representation, which is an improved version over of an existing integer representation, namely “Modified Generalized Non-Adjacent Form” (MGNAF). Similar to MGNAF, MGSDNAF reduces the integer’s Hamming Weight better than the GNAF, a well-known integer representation method. With a reduced Hamming Weight, exponentiations can be quickly calculated. Moreover, contrary to MGNAF, the digit set size in the proposed method is smaller; and therefore improved the memory usage in point multiplication -an operation that is highly used in the calculation of pairing-based cryptosystems.
Mass Customization and Open Innovation

: Mass customization and personalization strategy is a competitive application which main goal is to provide customers enough and/or exactly the type of product/service that he/she wants at a reasonable price. In context of aforementioned author have developed a conceptual model based on his research to the related topic in order to obtain factors that impact mass customization paradigm the most. From results and discussion author have realized critical factors that have significant influence on competitive advantage
Acondicionador Unificado de Calidad de la Potencia en Topología Dual iUPQC para Compensación Activa de Sobretensiones Transitorias

Introduccion: Los acondicionadores unificados de calidad de la potencia UPQC permiten corregir, en los sistemas electricos, distorsiones de la forma de onda en estado estable, como los armonicos o el parpadeo, asi como el factor de potencia.Objetivo: Este articulo presenta un nuevo concepto de compensacion activa de sobretensiones transitorias por medio de un UPQC en topologia dual.Metodologia: El estudio se presenta en cinco etapas: en la seccion I, se realiza la introduccion y el estado del arte; en la seccion II, se presenta el acondicionador unificado de calidad de la potencia UPQC; en la seccion III, se describe la teoria de la potencia reactiva generalizada aplicada al iUPQC (topologia dual); en la seccion IV, se muestran las simulaciones y resultados; y en la seccion V, se presentan las conclusiones.Resultados: Se demuestra la aplicabilidad del iUPQC a la compensacion de sobretensiones transitorias y se comparan los resultados con la teoria mas representativa en compensacion de armonicos y factor de potencia.Conclusiones: El algoritmo de control propuesto para el acondicionador unificado de calidad de la potencia en topologia dual permite compensar las sobretensiones transitorias en sistemas electricos trifasicos al tiempo que permite corregir armonicos en tension y corriente, asi como el factor de potencia.
A cross-sectional study addressing the cognitive development of two-year-old children

Background: Cognitive skills of children advance throughout all stages of development, progressing from simple, concrete representations to complex, abstract beliefs and attitudes. These early years of cognitive development plays an important role in their mental and emotional health across the lifespan. This study aimed to assess the cognitive development of two-year-old children. Method: This cross-sectional study was conducted at Bangabandhu Sheikh Mujib Medical University among 318 conveniently selected mothers having two-year-old children. Socio-demographic information of the participant and the evaluation of the cognitive development of their two-year-old child was done by using a pretested, interviewer-administered, semi-structured questionnaire, modified according to cultural context for better adaptability from Parent Report of Children’s Abilities-Revised (Child’s play) and Ages & Stages Questionnaires: Social-Emotional, Second Edition through a face-to-face interview. Results: The mean age of the mothers was 26.29 years. Among the two-year aged children of the respondents, 53.1% were male & 46.9% were female. Most children (83.3%) belong to first or second birth order. The study found that among the two-year aged children of the respondents, 10.7% had severely delayed cognitive development, 6.6% were moderately delayed, and mild delayed cognitive development was found among 14.2%. Most (61%) of the children’s cognitive development was at the standard level, and 7.5% showed above-average development. Conclusion: About one-third of children included in this study were found to have mild to severe cognitive developmental delay, which calls for further assessment at the national level for a better understanding of children's cognitive development and the need for intervention.
q-Harmonic mappings for which analytic part is q-convex functions

In the present article we will examine the subclass of planar harmonic mappings. Let h(z) and g(z) are analytic functions in the open unit disc D = {z | |z| < 1} and having the power series represantation h(z) = z + a2z 2+. and g(z) = b1z+b2z+. If f = h(z) + g(z) be the solution of the non-linear partial differential equation wq(z) = ( Dqg(z) Dqh(z) ) = f z̄ fz with |wq(z)| < 1, h(z) q-convex function, then this class is called q-harmonic mappings for which analytic part is q-convex functions and the class of such functions is denoted by SHC(q), where Dqh(z) = h(z)−h(qz) (1−q)z = fz, Dqg(z) = g(z)−g(qz) (1−q)z = f̄z̄, q ∈ (0, 1). Mathematics Subject Classification: 3045
Mechanism research of Zishen Pill in the treatment of IGR based on network pharmacology

【 Abstract 】 Objective To explore the targets and signal pathways of Zishen Pill in the treatment of IGR by using network pharmacology, and to reveal the mechanism of intervention of multiple targets and multiple pathways of Zishen Pill in the treatment of IGR. Methods The active ingredients and corresponding targets of Zishen Pill were screened with the help of TCMSP database, and the targets related to IGR disease were screened with GeneCards database. The STRING database was used for protein-protein interaction (PPI) network analysis. By using Cytoscape to build compound target network and PPI network; by using Draw Venn Diagram website to draw a Venn diagram, and using R software to perform gene ontology (GO) functional enrichment analysis and Kyoto encyclopedia of genes and genomes (KEGG). Finally, the effective components of Zishen pills and the core target were used to perform docking verification by using molecular docking technology. Results A total of 51 active ingredients were obtained, with 145 corresponding targets, including 130 targets related to IGR
Diffusion-Weighted Images Infarctions in the Anterior Circulation on Mechanisms of Bihemispheric Brain

BACKGROUND AND PURPOSE: Multiple acute brain infarctions in both cerebral hemi-spheres usually suggest an embolic mechanism, particularly one of aortic or cardiac origin. The purpose of this study was to clarify the etiologic mechanisms and topographic features of bihemispheric infarctions depicted on diffusion-weighted imaging (DWI). METHODS: Among 411 consecutive patients with ischemic stroke who underwent MR imaging in the acute phase, DWI showed bilateral infarctions in 19 (4.6%). In these patients, we analyzed the presence of carotid, aortic or cardiac embolic sources by using ultrasonography, cerebral angiography, and/or transesophageal echocardiography and evaluated the size and topographic distribution of the lesions. We assessed intracranial cross-flow through the anterior communicating artery, mainly on the basis of the anatomic information obatined from angiography or MR angiography. RESULTS: Bilateral lesions were derived from cardiac and/or aortic embolic sources in 16 (84%) of 19 patients and appeared to originate from unilateral carotid diseases in three (16%). In nine (82%) of 11 patients with cardiac embolic sources, at least one large territorial or subcortical lesion was found in either hemisphere, whereas in all eight patients without a cardiac embolic source, the lesions were small and disseminated bilaterally. CONCLUSION: Unilateral carotid lesions can cause bihemispheric infarctions through cross-flow in the anterior communicating artery. On DWI, small bihemispheric, disseminated lesions strongly suggest an artery-to-artery embolism. In such cases, aortic and carotid lesions should be assessed as potential embolic sources. Diffusion-weighted imaging (DWI
A NEW FEATURE MATCHING RANKED SEARCH MECHANISM (FMRSM) FOR ENCRYPTED CLOUD DATA

— Now-a-days, most of the users store their personal and professional data on the cloud. Due to the massive increase in the storage and computing requirements of users, every time, data is getting transferred to the remote server in larger chunks, without an analysis whether the server on which the data is outsourced, is a trusted server. Cloud enables large group of remote servers to be in a network so as to allow the centralized data repository, and access to the computer services or resources whenever required. Many users are motivated to outsource their confidential data on to the cloud. As the documents get transferred to the cloud, users don’t have physical possession of that data. in this paper, we propose a new feature matching ranked search mechanism (FMRSM) for encrypted cloud data. This mechanism uses feature score algorithm (FSA) to create indexes, which allows multi-keywords which are extracted from a document as a feature to be mapped to one dimension of the index. Thus, the storage cost of indexes can be reduced and the efficiency of encryption can be improved. Moreover, FMRSM uses a matching score algorithm (MSA) in generating trapdoor process. With the help of FSA, the matching score algorithm can rank the search results according to the type of match and the number of matching keywords, and therefore it is able to return results with higher ranking accuracy. Comprehensive analysis proves that our mechanism is more feasible and effective.
Contributions on secretary problems, independent sets of rectangles and related problems

We study three problems arising from different areas of combinatorial optimization. We first study the matroid secretary problem, which is a generalization proposed by Babaioff, Immorlica and Kleinberg of the classical secretary problem. In this problem, the elements of a given matroid are revealed one by one. When an element is revealed, we learn information about its weight and decide to accept it or not, while keeping the accepted set independent in the matroid. The goal is to maximize the expected weight of our solution. We study different variants for this problem depending on how the elements are presented and on how the weights are assigned to the elements. Our main result is the first constant competitive algorithm for the random-assignment random-order model. In this model, a list of hidden nonnegative weights is randomly assigned to the elements of the matroid, which are later presented to us in uniform random order, independent of the assignment. The second problem studied is the jump number problem. Consider a linear extension L of a poset P. A jump is a pair of consecutive elements in L that are not comparable in P. Finding a linear extension minimizing the number of jumps is NP-hard even for chordal bipartite posets. For the class of posets having two directional orthogonal ray comparability graphs, we show that this problem is equivalent to finding a maximum independent set of a well-behaved family of rectangles. Using this, we devise combinatorial and LP-based algorithms for the jump number problem, extending the class of bipartite posets for which this problem is polynomially solvable and improving on the running time of existing algorithms for certain subclasses. The last problem studied is the one of finding nonempty minimizers of a symmetric submodular function over any family of sets closed under inclusion. We give an efficient O(n 3)-time algorithm for this task, based on Queyranne's pendant pair technique for minimizing unconstrained symmetric submodular functions. We extend this algorithm to report all inclusion-wise nonempty minimal minimizers under hereditary constraints of slightly more general functions. (Copies available exclusively from MIT Libraries, Rm. 14-0551, Cambridge, MA 02139-4307. Ph. 617-253-5668; Fax 617-253-1690.)
CIGI QUALITA MOSIM 2023 Data quality challenges in dashboard development in industry 4.0 context: an engineering-to-order manufacturing case study

– The use of dashboards has become increasingly prevalent as a means of providing real-time information and decision-making support across various industries, particularly in the context of industry 4.0. This study examines the feasibility of creating a dashboard for an engineering-to-order (ETO) manufacturing factory to support its transition toward a smart factory. It highlights the challenges that could be encountered in this process. In ETO factories, products are highly customized to match the specifications of the clients, which can make performance monitoring difficult. Our study provides a roadmap for manufacturing factories aiming to develop their dashboard and transform themselves into smart factories. It shows that a rigorous analysis of data quality is essential to ensure the accuracy and reliability of the data required for performance measurement before creating a dashboard.
Public Opinion on Covid 19 Regulation in Indonesia: Prediction using Naïve Bayes and Term Weighting TF-IDF

There are many public responses about the implementation of government policies related to Covid-19. Some have positive and negative opinion, especially on the official social media portal of the government twitter where people are free to argue. This study aims to find out the opinion of sentiment analysis on Twitter in the implementation of government policies related to Covid-19 so as to classify public opinion. Several stages in the process of analyzing public sentiment are taken from the tweet data. The first step is to do the data mining process to get the tweets that will be analyzed later. Furthermore, the process of cleaning tweet data and equalizing tweet data into lowercase. After that perform the basic word search process of the tweet and calculate the frequency of its appearance. Then calculate using the naïve bayes method and determine the sentiment classification of the tweet. The results showed that public sentiment related to covid-19 prevention in Indonesia is neutral. The performance of the application shows an Accuracy value of 76.7%.
New Oscillatory Criteria for a Class of Fractional Differential Equations

—In this paper, based on certain Riccati transformation, inequality and integration average technique, oscillation for a class of fractional differential equations with damping term is investigated. The fractional derivative is deﬁned in the sense of the conformable fractional derivative. Some new oscillatory criteria for this equation are established. For illustrating the oscillatory criteria established, some examples are also presented.
Guidelines for genome-wide association (GWAS) studies and studies involving GWAS data

There is a widely accepted need to improve the robustness of published genetic association findings—a main-stay of which is now driven by genome-wide association studies (GWAS). Where possible and depending on the objective of studies using genetic association study data, we also need to provide the readership of the journal with information that allows a more complete assessment of the biological relevance of the findings reported both in GWAS and in studies using GWAS data. Submissions to Diabetologia should, therefore, pay careful attention to the following fundamental issues. It is not intended that these represent absolute criteria for publication in Diabetologia (we don’t want to block otherwise interesting studies that fail to meet one or other of these). However, guidelines set out the main factors that we expect our reviewers and Associate Editors to use in evaluating the quality of the manuscripts we receive.
AP-AMPJ210121 1..13

Although humans can voluntarily direct their attention to particular stimuli, attention can at times be involuntarily allocated to stimuli and such attentional capture can result in unproductive distraction. A challenge to any comprehensive theory of attention is to explain how involuntary mechanisms of attentional control and their potential to produce distraction are ultimately reflective of an adaptation. Traditional arguments on this topic have appealed to a generalized cost-benefit accounting. Specifically, the cost of misallocating attention to the kinds of stimuli prioritized by involuntary mechanisms of attentional control over the long run is argued to be small in comparison with the potentially life-altering cost of failing to attend to such stimuli, which involuntary mechanisms of attentional control guard against. Our understanding of these mechanisms has undergone a revolution in recent years, findings from which point to a much more sophisticated adaptation that systematically maximizes benefits associated with automating the control of attention while minimizing unwanted distraction. In this review, I provide an updated model of the adaptive nature of involuntary mechanisms of attentional control, outlining concrete principles governing the management of specific costs and benefits. I conclude that distraction does not in general constitute a failure of attentional control but rather reflects the joint product of these adaptive principles.
Role of Political Connections and Corporate Performance in Mediation by Green Innovation in Case Study in Indonesia

This study aims to see if the political school experience factor is able to provide political connections and company performance implied by green innovation, in case studies of all manufacturing companies listed on the stock exchange. This study uses 511 companies in Indonesia that are engaged in manufacturing listed on the stock exchange in 2017–2019 as a sample. The analytical method used is path analysis in testing existing hypotheses. The results of this study indicate that green innovation is successful in mediating the political connections of commissioners to company performance. The educational effect of the commis-sioner’s political connection strengthens the company’s performance, through the good image that is also obtained from green innovation actions.