15 research outputs found
THE CORRELATION BETWEEN STUDENTS EMOTIONAL INTELLIGENCE AND STUDENTS ACADEMIC MOTIVATION TOWARD STUDENTS ENGLISH ACHIEVEMENT AT 8TH SMP ISLAM DURENAN 2020/2021
No full textABSTRACT
Muhammad Ungkykhul Anami Bil Ihsan. Student Registered
Number.12510184020. 2020. The Correlation Between Students Emotional
Intelligence And Students Academic Motivation Toward Students English
Achievement At 8th SMP Islam Durenan 2020/2021. Sarjana Thesis. English
Education Department. Faculty of Tarbiyah and Teacher Training. State Islamic
Institute (IAIN) of Tulungagung. Advisor : Dr. Ida Isnawati, M. Pd.dan Dr. Arina
Shofiya, M.Pd.
Keywords : Correlation, Emotional intelligence, Academic motivation, Students’
Achievement
Student achievement in the world of education can improve many things,
for example, emotional intelligence and academic motivation of students.
emotional intelligence is a person's ability to regulate his emotions in a variety of
conditions while academic motivation is a stimulus possessed by students whether
coming from within or from outside to achieve their desired achievements.
In this study, researchers used quantitative correlation research. where the
purpose of this study the author wants to find the level of correlation between
students' emotional intelligence and academic motivation of students on the
learning achievement of 8th grade Islamic Middle School Durenan 2020/2021
period. in this research involving 30 students as the sample. Based on the research
findings, the mean of student’s emotional intelligence was 126.23 it means on
average the emotional intelligence of 8th grade SMP Islam Durenan was high.
Then the mean of academic motivation is 123.43 it means the result of student’s
academic motivation at SMP Islam Durenan was high. Then the mean of English
achievement at SMP Islam Durenan was 80.3 it means they have a normal score
at English achievement. The research resulted that there is a positive correlation
between emotional intelligence and student’s achievement in English. The
statistical result used Pearson Correlation SPSS 22 showed that correlation
coefficient r count 0.648 is bigger than r table 0.361. It means there is a positive
correlation between students' emotional intelligence and student’s English
achievement. Then the coefficient about the correlation between student's
motivation and student’s academic motivation r count 0.664 is bigger than 0.361.
It means there is a positive correlation between a student’s academic motivation
toward students' achievement in English. Then with double Correlation Summary
Model SPSS 22 the writer found the result that F change 0,000 < 0.05 then it
means the H0 is rejected and Ha is accepted. By this result, the researcher
concluded that student’s emotional intelligence and student academic motivation
correlate simultaneously and significantly toward student’s English achievement
at 8th-grade student’s SMP Islam Durenan.
It means that students will get the high achievement if they have high
emotional intelligence and high academic motivation. Otherwise, students with
low emotional intelligence and low motivation will get a low achievement
Optimizing Dynamic Mode Decomposition for Video Denoising via Plug-and-Play Alternating Direction Method of Multipliers
No full textDynamic mode decomposition (DMD) is a powerful tool for separating the background and foreground in videos. This algorithm decomposes a video into dynamic modes, called DMD modes, to facilitate the extraction of the near-zero mode, which represents the stationary background. Simultaneously, it captures the evolving motion in the remaining modes, which correspond to the moving foreground components. However, when applied to noisy video, this separation leads to degradation of the background and foreground components, primarily due to the noise-induced degradation of the DMD mode. This paper introduces a novel noise removal method for the DMD mode in noisy videos. Specifically, we formulate a minimization problem that reduces the noise in the DMD mode and the reconstructed video. The proposed problem is solved using an algorithm based on the plug-and-play alternating direction method of multipliers (PnP-ADMM). We applied the proposed method to several video datasets with different levels of artificially added Gaussian noise in the experiment. Our method consistently yielded superior results in quantitative evaluations using peak-signal-to-noise ratio (PSNR) and structural similarity (SSIM) compared to naive noise removal methods. In addition, qualitative comparisons confirmed that our method can restore higher-quality videos than the naive methods
Spatial Variation in Respiratory Disease in Hamilton, Ontario
No full textTitle: Spatial Variation in Respiratory Disease in Hamilton, Ontario, Author: Andrea Nordoff, Location: ThodeThe main objective of this study is to examine the effects of the outdoor environment as well as confounding indoor environmental factors upon school-age children in Hamilton, Ontario. This research paper allows for the spatial variation of respiratory disease to be outlined according to
five regions of Hamilton: West Mountain, East Mountain, West Lower, East Lower, and North Barton. Due to the high concentration of pollution in the East Lower region, the area north of Barton Street was considered a region in itself. Information was obtained from a study conducted by Dr. L. D. Pengelly of the Urban Air Environment Group and Department of Medicine of McMaster University in 1982. The sample used in the study consisted of 3500 school-age children in conjunction with the Hamilton Board of
Education. The data was collected in two ways: a questionnaire conducted by a trained interviewer which took place in the individual household, regarding the child's health history, their home and family as well as pulmonary testing within the schools. Sample characteristics were
compiled to evaluate response variations between regions. The results show that as the outdoor environment worsens or approaches the industrial core, several respiratory symptoms increase in occurrence indicating the impact of external pollution on respiratory health. The key indoor factor of parental smoking tends to have the most effect on respiratory symptoms, especially wheeziness for all five regions of Hamilton with gas stove use and forced air heating showing little if any significance.ThesisBachelor of Arts (BA
Du nouveau sur les comtesses catalanes (IXe-XIIe siècles)
No full textInternational audienceRecent works raise questions about or complete data on the origins of 22 Catalan countesses that the author had studied in two previous publications. These modifications bring nuances to the model of consanguineous endogamy that the counts were to have practiced during the Carolingean period. They root these princes more in Occitania : their matrimonial strategies were aimed more at establishing efficient alliances with their close Languedocian neighbors than at making prestigious far away ones. The wedding of Mahaut de Pouille, wife of Raymond Bérenger II, one of the exceptions to this rule of Occitanian marriages, can now, at last, be understood thanks to a clearer documentary background.Des travaux récents mettent en question ou complètent les données sur les origines de vingt-deux comtesses catalanes des IXe-XIIe siècles, que l'auteur avait étudiées dans deux publications précédentes. Ces modifications nuancent le schéma de l'endogamie consanguine des comtes de la période carolingienne. Elles enracinent ces princes davantage en Occitanie : leurs stratégies matrimoniales visent bien plus l'efficacité de l'alliance avec leurs proches voisins languedociens que le prestige du mariage lointain. Enfin, les noces de Mahaut de Pouille, épouse de Raimond Bérenger II, l'une des exceptions à cette règle du mariage occitan, profitent désormais d'un éclairage documentaire plus net
Nuclear interactions between the Pseudo-Response Regulator clock proteins and the Multi-Step Phosphorelay mediator Histidine-containing phosphotransfers in the moss Physcomitrium patens
No full textPseudo-Response Regulator (PRR) proteins constitute a fundamental set of circadian clock components in plants. PRRs have an amino acid sequence stretch with similarity to the receiver (REC) domain of response regulators (RRs) in the Multi-Step Phosphorelay (MSP). However, it has never been elucidated whether PRRs interact with Histidine-containing Phosphotransfer (HPt) proteins, which transfer a phosphate to RRs. Here, we studied whether PRRs interact with HPts in the moss Physcomitrium patens by the Yeast Two-Hybrid system and Bimolecular Fluorescence Complementation. P. patens PRR1/2/3 interacted with HPt1/2 in the nucleus, but not with HPt3, suggesting that P. patens PRRs function as authentic RRs. We discuss these results in relation to the evolution and diversity of the plant circadian clocks.journal articl
Electric field induced parametric excitation of exchange magnons in a CoFeB/MgO junction
No full textInspired by the success of field-effect transistors in electronics, electric field controlled magnetization dynamics has emerged as an important integrant in low-power spintronic devices. Here, we demonstrate electric field induced parametric excitation for CoFeB/MgO junctions by using interfacial in-plane magnetic anisotropy (IMA). When the IMA and the external magnetic field are parallel to each other, magnons are efficiently excited by electric field induced parametric resonance. The corresponding wavelengths are estimated to be tuned down to exchange interaction length scales by changing the input power and frequency of the applied voltage. A generalized phenomenological model is developed to explain the underlying role of the electric field torque. Electric field control of IMA is shown to be the origin for excitation of both uniform and parametric resonance modes in the in-plane magnetized sample, a crucial element for purely electric field induced magnetization dynamics. Electric field excitation of exchange magnons, with no Joule heating, offers a good opportunity for developing nanoscale magnonic devices and exploring various nonlinear dynamics in nanomagnetic systems
Electric-field control of interfacial in-plane magnetic anisotropy in CoFeB/MgO junctions
No full textMagnetoelectric coupling in metal/oxide heterostructures has opened up the possibility of controlling magnetization by voltage, i.e., electric field. However, the electric-field excitation of magnetization dynamics in perfectly in-plane and out-of-plane magnetized films have not been demonstrated so far due to zero electric-field torque originating from voltage control of perpendicular magnetic anisotropy. This limits the application of voltage-controlled magnetic anisotropy in magnetic field free control of magnetization dynamics. Here we show that magnetic annealing can induce an interfacial in-plane magnetic anisotropy of CoFeB/MgO junctions, thereby controlling the symmetry of interfacial magnetic anisotropy. The magnetic anisotropy is modulated by applying voltage: a negative bias voltage increases perpendicular magnetic anisotropy, while a positive bias voltage decreases perpendicular magnetic anisotropy and increases the in-plane magnetic anisotropy. Such a control of symmetry of the interfacial magnetic anisotropy by magnetic annealing and its tunability by electric fields is useful for developing purely voltage-controlled spintronic devices.Journal Articl
Electric field induced parametric excitation of exchange magnons in a CoFeB/MgO junction
No full textInspired by the success of field-effect transistors in electronics, electric field controlled magnetization dynamics has emerged as an important integrant in low-power spintronic devices. Here, we demonstrate electric field induced parametric excitation for CoFeB/MgO junctions by using interfacial in-plane magnetic anisotropy (IMA). When the IMA and the external magnetic field are parallel to each other, magnons are efficiently excited by electric field induced parametric resonance. The corresponding wavelengths are estimated to be tuned down to exchange interaction length scales by changing the input power and frequency of the applied voltage. A generalized phenomenological model is developed to explain the underlying role of the electric field torque. Electric field control of IMA is shown to be the origin for excitation of both uniform and parametric resonance modes in the in-plane magnetized sample, a crucial element for purely electric field induced magnetization dynamics. Electric field excitation of exchange magnons, with no Joule heating, offers a good opportunity for developing nanoscale magnonic devices and exploring various nonlinear dynamics in nanomagnetic systems
Cell Wall Dynamics in the Parasitic Plant (Striga) and Rice Pathosystem
No full textIn the plant-plant pathosystem of rice (Oryza sativa) and the parasitic plant Striga hermonthica, cell walls from either plant are important defensive and offensive structures. Here, we reveal the cell wall dynamics in both Striga and rice using simultaneous RNA sequencing. We used weighted gene co-expression network analysis to home in on cell wall modification processes occurring in interactions with a resistant rice cultivar (Nipponbare) compared with a susceptible one (IAC 165). Likewise, we compared the cell wall dynamics in Striga infecting resistant and susceptible rice. Our study revealed an intense battlement at the Striga-rice cell walls involving both parasite (offense) and host (defense) factors, the outcome of which makes the difference between successful or failed parasitism. Striga activates genes encoding cell wall-degrading enzymes to gain access to the host, expansins to allow for cell elongation, and pectin methyl esterase inhibitors for rigidity during infection. In the susceptible host, immune response processes are not induced, and Striga-derived cell wall-degrading enzymes easily breach the host cell wall, resulting in successful parasitism. In contrast, the resistant host invokes immune responses modulated by phytohormones to fortify the cell wall through polysaccharides and lignin deposition. Through these processes, the cell wall of the resistant host successfully obstructs parasite entry. We discuss the implications of these findings in the context of practical agriculture in which cell wall modification can be used to manage parasitic plants. [Figure: see text] Copyright © 2025 The Author(s). This is an open access article distributed under the CC BY-NC-ND 4.0 International license
