Measure Of Flexibility Research Articles

Complex response inhibition and cognitive flexibility in school-aged Cypriot-Greek-speaking children who stutter.

Over the last few years, research findings have suggested limitations in executive function (EF) of children who stutter (CWS) with the evidence being more consistent in studies with preschoolers (3-6 years old) than in studies with school-aged children (6-12 years old). The purpose of the current study was to assess complex response inhibition and cognitive flexibility in school-aged CWS and their non-stuttering peers. Participants, 19 CWS (mean age = 7.58 years, range 6.08-9.17) and 19 age-and gender-matched children who do not stutter (CWNS; mean age = 7.58 years, range 6.08-9.33), completed a visual task consisting of three task blocks. Analyses were based on response times and error percentages during the different task blocks. All participants showed expected performance-costs in task block comparisons targeting complex response inhibition and cognitive flexibility. Significant group differences were found in measures of cognitive flexibility with CWS performing slower compared to CWNS (p = 0.02). Additionally, significant block × group interactions demonstrated that CWS, compared to CWNS, slowed down more (i.e., higher performance-cost) under both complex response inhibition (p = 0.049) and cognitive flexibility task conditions (p = 0.04 for no-set-shifting and p = 0.02 for set-shifting). These results are in line with some of the previous findings in school-aged CWS and suggest that CWS present lower performance in complex response inhibition and cognitive flexibility task conditions when compared to their non-stuttering peers.

A mixed-integer slacks-based measure data envelopment analysis for efficiency measuring of German university hospitals

Standard Data Envelopment Analysis (DEA) models consider continuous-valued and known input and output statuses for measures. This paper proposes an extended Slacks-Based Measure (SBM) DEA model to accommodate flexible (a measure that can play the role of input and output) and integer measures simultaneously. A flexible measure’s most appropriate role (designation) is determined by maximizing the technical efficiency of each unit. The main advantage of the proposed model is that all inputs, outputs, and flexible measures can be expressed in integer values without inflation of efficiency scores since they are directly calculated by modifying input and output inefficiencies. Furthermore, we illustrate and examine the application of the proposed models with 28 university hospitals in Germany. We investigate the differences and common properties of the proposed models with the literature to shed light on both teaching and general inefficiencies. Results of inefficiency decomposition indicate that “Third-party funding income” that university hospitals receive from the research-granting agencies dominates the other inefficiencies sources. The study of the efficiency scores is then followed up with a second-stage regression analysis based on efficiency scores and environmental factors. The result of the regression analysis confirms the conclusion derived from the inefficiency decomposition analysis.

Information and measurement system of traction transport vehicles

The synthesis of the information and measurement system for traction transport vehicles was performed in the study. It was established that, depending on the purpose, measuring systems are divided into measurement information systems, measurement control systems, measurement control systems, etc. The majority of tractors produced have analog information and measurement systems. The structure of the information and measurement system was proposed, which includes a microprocessor and the following sensors: inertial measurement device (IMP); tractor speed sensor; engine rotation speed sensor; fuel flow meter. The developed information and measurement system allow to determine the parameters of the tractor's functioning more quickly and the operator may choose effective modes of operation by changing the transmission or speed of movement. Depending on the change of the measuring task, the system is called a flexible measurement system. It is determined that the energy assessment is carried out in order to determine the balance of power and the correctness of the choice of energy means for an agricultural machine or to determine the traction characteristics of a tractor. Experimental models of mounted, semi-mounted and trailed agricultural vehicles and implements in a unit with tractors, as well as self-propelled vehicles that ensure the execution of the work process, or experimental models of vehicles driven by an internal combustion engine or an electric motor are subject to energy evaluation. During the energy evaluation, the power consumption of the machine-tractor unit is determined in the modes of operation, in which technological operations are performed stably. Energy assessment of agricultural vehicles and implements is carried out on a specially equipped tractor corresponding to the traction class of the tested vehicle or implement. The developed measurement system refers to technical means of diagnosis and operational control and can be used in agriculture and machine-building industry. It is intended to determine the kinematic, dynamic, power and energy characteristics of mobile vehicles and their elements during road, field and bench tests. Key words: measurement system, sensor, energy assessment, tractor.

Agri-Environment Atmospheric Real-Time Monitoring Technology Based on Drone and Light Scattering

The emission of particulate matter (PM) from agricultural activities, such as concentrated animal feeding, straw combustion, and mechanized harvest, is a hot issue in the sustainable development of agriculture, which has attracted more and more attention from government departments and researchers. However, the research on the transport of particulate matter in the agri-environment still lacks flexible and efficient measurement methods to obtain real-time and accurate spatial distribution data. The objective of our study is to produce a new intelligent platform for agri-environment atmospheric monitoring with high mobility, temporal and spatial resolution, and remote data transmission function to overcome the shortcomings of traditional atmospheric particulate matter monitoring stations, such as small particle size range, immovability, and high cost. Through the light scattering sensor, microcontroller, and wireless data transmission device assembled on the high-mobility drone, the platform could measure the mass concentration of PM2.5, PM10, and TSP at different spatial points in the agri-environment and transmit the measurement data to the receiving device on the ground through three modes: CLOUD, TCP, and UDP. We also developed monitoring software based on the Android platform, which could complete the connection of device and real-time monitoring of measurement data on the ground. Compared with stationary measurement devices, the biggest advantage of our mobile monitoring system is that it has the ability to measure the concentration of TSP and the vertical distribution of PM, which is very important for the research of agricultural environmental particulate matter emission characteristics. After the sensor and communication performance experiments, the sensors had high consistency in the overall change trend, and the communication accuracy rate was high. We carried out a flight measurement comparison experiment at the Wenhua Road Campus of Henan Agricultural University, and the measurement data were highly consistent with the data from the national monitoring stations. We also conducted an agri-environmental atmospheric measurement experiment in Muzhai Village and obtained the vertical distribution data of PM concentration at the nearby measuring point when the harvester was working. The results showed that after the harvester worked for a period of time, the PM2.5, PM10, and TSP concentrations reached the maximum at the altitude of 20 m at the measurement point, which were 80, 198, and 384 μg/m3, respectively, 2.64~3.10 times the particle concentration in the environment before the harvester began to work. Our new platform had high mobility, sensitive reading, and stable communication during the experiment, and had high application value in agricultural environmental monitoring.

Daily stress, family functioning and mental health among Palestinian couples in Israel during COVID-19: A moderated mediation model.

The COVID-19 pandemic created a range of stressors, among them difficulties related to work conditions, financial changes, lack of childcare, and confinement or isolation due to social distancing. Among families and married individuals, these stressors were often expressed in additional daily hassles, with an influence on mental health. This study examined two moderated mediation models based on Bodenmann's systemic-transactional stress model. Specifically, the models tested the hypothesis that intra-dyadic stress mediates the association between extra-dyadic stress and mental health, while two measures of family functioning, cohesion and flexibility, moderate the relationship between extra and intra-dyadic stress. Participants were 480 Palestinian adults in Israel who completed self-report questionnaires. All were in opposite-sex marriages and identified as either cisgender women or cisgender men. The results showed partial mediation patterns supporting both models, indicating that family cohesion and flexibility weakened the mediating effect of intra-dyadic stress on the relationship between extra-dyadic stress and mental health. These findings increase our understanding of the variables that affected mental health during the pandemic, and suggest that when faced with extra-dyadic stress, married individuals with good family environments are less likely to experience high levels of intra-dyadic stress, which is in turn associated with preserved mental health. Limitations and implications for planning interventions for couples and families during the pandemic are discussed.

Interventions for improving executive functions in children with foetal alcohol spectrum disorder (FASD): A systematic review.

Interventions for improving executive functions in children with foetal alcohol spectrum disorder (FASD): A systematic review.

A novel ranking approach with common weights: An implementation in the presence of interval data and flexible measures

In this paper a ranking method using common weights methodology is presented. The goal of the method is enhancing the decision maker (DM)’s influence in the ranking procedure. Although DM’s preference information is an important element in our method, the approach can also be modified to be used in the absence of it. Since we aim to implement the approach on an empirical instance, the model is modified to deal with the properties of the sample, so it is developed in the presence of the interval data and flexible measures. Finally, the results are discussed.

In situ- preparation and estimation of the physical characterization of Nanofluidic solution and its application

In this work, the preparation and the physical evaluation of a series of miscible 0.2 M solutions in 50/50 volume ratios were addressed. A total of five solutions comprised of plain electrolyte/graphene, plain electrolyte/graphene-ethylene Glycol, plain electrolyte/graphene-poly-ethylene glycol, plain electrolyte/graphene-glycerol, and plain electrolyte/Graphene–Polyethylenimine. were assembled with Ag, and copper nanoparticles. The physical properties were studied by electrochemical impedance spectroscopy, solution conductivity calculations, and viscosity and flexibility measurements, particle size distribution analyses. Surface morphology characterizations were done by transmission electron microscopy. A comparative approach of the physical properties between the five solutions serves as a guide to select the most appropriate fluid applicable to the upcoming device.

Clinical Measures of Adolescent Softball Players With and Without Upper-Extremity Pain: A Preliminary Study.

Upper-extremity (UE) pain is a concern among softball adolescent athletes. However, research on preseason screening of demographic characteristics and clinical measures among those with and without UE pain among adolescent softball athletes is underreported. This study sought to present functional outcomes and clinical measures of shoulder and hip complex flexibility, range of motion (ROM), and strength in adolescent softball athletes with and without UE pain. Cross-sectional study. Sixty-seven athletes were assessed at the start of the spring season. The Kerlan-Jobe Orthopedic Clinic Shoulder and Elbow Questionnaire was administered to determine UE function. UE measurements included shoulder ROM, flexibility, and strength; lower-extremity measurements included hip ROM and strength. These variables were reported for players with and without UE pain as mean and SD. Independent samples t tests were performed to analyze differences between the groups. Thirteen (19.4%) athletes reported UE pain during preseason screening. Mean Kerlan-Jobe Orthopedic Clinic Shoulder and Elbow Questionnaire score among athletes with UE pain was 58.0 (17.6) compared with 97.1 (6.9) for athletes reporting no UE pain (P < .001). Athletes with UE pain presented with significantly less dominant side external rotation ROM (UE pain: 106.5 [10.4], no UE pain: 114.6 [11.3]) and total ROM (UE pain: 163.7 [14.5], no UE Pain: 174.8 [14.3]). These findings inform clinicians on function and preseason clinical measures in adolescent softball athletes who present with or without UE pain. Athletes with UE pain demonstrated lower outcome scores indicating likely impact on overall UE function. These athletes also appeared to demonstrate UE ROM differences compared with athletes without UE pain. Further research is needed to investigate larger sample sizes and positional differences at baseline and throughout the season to determine if clinical measures used in the current study are risk factors for pain and injury.

Affective flexibility as a developmental building block of cognitive reappraisal: An fMRI study

Cognitive reappraisal is a form of emotion regulation that involves reinterpreting the meaning of a stimulus, often to downregulate one’s negative affect. Reappraisal typically recruits distributed regions of prefrontal and parietal cortex to generate new appraisals and downregulate the emotional response in the amygdala. In the current study, we compared reappraisal ability in an fMRI task with affective flexibility in a sample of children and adolescents (ages 6–17, N = 76). Affective flexibility was defined as variability in valence interpretations of ambiguous (surprised) facial expressions from a second behavioral task. Results demonstrated that age and affective flexibility predicted reappraisal ability, with an interaction indicating that flexibility in children (but not adolescents) supports reappraisal success. Using a region of interest-based analysis of participants’ BOLD time courses, we also found dissociable reappraisal-related brain mechanisms that support reappraisal success and affective flexibility. Specifically, late increases in middle prefrontal cortex activity supported reappraisal success and late decreases in amygdala activity supported flexibility. Together, these results suggest that our novel measure of affective flexibility – the ability to see multiple interpretations of an ambiguous emotional cue – may represent part of the developmental building blocks of cognitive reappraisal ability.

An open-source data acquisition system for laboratory and industrial scale applications

Portability, ease of use, robustness, and system cost are important parameters in designing flexible measurement systems. To this end, we introduce a cost-efficient and open-source measurement system based on consumer hardware for measuring air properties such as temperature, humidity, particle concentration in order to determine indoor air quality, thermal comfort, or air pollution. Cost and energy efficient sensor modules are integrated into an USB-based measurement interface that supports a wide range of communication protocols including Serial Peripheral Interface, Inter Integrated Circuit, Recommended Standard 232 and Recommended Standard 485. Moreover, the system provides a web interface and an application programming-interface that enables real time access to sensor data. In this paper we present the design of the hardware set-up, an overview of the sensors supported so far, and the software architecture as well as application examples.

Direct and Indirect Effects of Inhibition and Flexibility to Reading Comprehension, Reading Fluency, and Decoding in Spanish

This research aims to evaluate the predicting role of executive functions, specially inhibition and flexibility, in reading comprehension. Participants were evaluated with inhibition and flexibility measures in first- grade, and later in third- grade their reading comprehension, oral and silent reading fluency, as well as their decoding skills were measured. Results show that first grade inhibition and flexibility are direct predictors of third- grade reading comprehension. When the indirect effect of inhibition and flexibility on reading comprehension was tested through measures of reading fluency and decoding, it was found that neither ORF nor decoding mediates the relationship between the variables. However, it was found that SRF is a variable that mediates the relationship between flexibility and reading comprehension. Results are discussed in the context of the relevance of early measures of inhibition and flexibility to explain reading comprehension and the role of SRF in this relationship.

Effect of temperature on evaporation dynamics of sheep's blood droplets and topographic analysis of induced patterns

To characterize various induced phenomena and the blood of healthy sheep using several parameters, the evaporation dynamics of 72 drops of sheep blood evaporated at several temperatures: 23, 37, 60, and 90 °C on glass hydrophilic substrates were studied. This allows the prediction of the sheep blood pattern, knowing the surface temperature and vice versa. To determine the variation in the Marangoni number between the center and the triple line, an infrared thermography method was used to measure the temperature variation along the surface of the drop. Simultaneously, a high-performance camera was used to measure the variation in the height of the drop during the evaporation using a superior algorithm software for image analysis, drop shape analyzer, under controlled conditions (Humidity = 40%, Tatm = 23 °C). The study of the evaporation dynamics and pattern formation shows the effect of temperature on the flow circulation inside the drop, resulting in the final deposit. The results showed two categories corresponding to two different evaporation phenomena induced by the thermal Marangoni effect. Furthermore, to transform the induced pattern of sheep blood evaporation into a 3D image, a topographic study was performed using a highly accurate, fast, and flexible optical 3D measurement system. The topographic parameters were subsequently extracted from these 3D images. The statistical study showed a good correlation between the topographic parameters and the surface temperature, and a significant difference between each temperature group for each parameter.

Interventionism in the labor market

The Fund for Employees (FGTS) was created by the Federal Government of Brazil to "protect" the worker fired without just cause. According to the rules, the account balance of FGTS is formed by monthly and mandatory deposits made by the employer. Employees can withdraw their money at particular moments, as defined by the government. This article aims to analyze the real effects of this regulation in Brazil and evaluate the benefits of extinguishing this fund. This government intervention interferes in the environment of voluntary exchanges between employees and employers, increasing the cost of the worker. It also creates the adverse effect of increasing turnover in the labor market because it encourages the worker to act in a way that motivates a dismissal to gain access to this resource. The preference for resources at present is observed when analyzing the results of the resource flexibility measure that took place in 2019. More than 12 million workers chose to anticipate receiving their resources. In addition, the financial return of the FGTS is very low for its shareholders. The data show that the money stuck in the FGTS yields below the average returns of similar risky applications. Who gains from this is the government, which can use the cheap resources of this fund. This way, the end of the FGTS in Brazil would significantly improve productivity and allocations in the Brazilian labor market.

A Preliminary Investigation into the Factor Structure of Two Psychological Flexibility Measures in a Sample of Community-Dwelling Older Adults

ABSTRACT Objectives Acceptance and Commitment Therapy (ACT) targets psychological flexibility and the ability to identify behavioral function in context. Properly measuring these constructs is imperative to understanding whether these processes are mechanisms of change in treatment. The current study examined the factor structure of the Comprehensive Assessment of ACT processes (CompACT) and Tacting of Function scale (TOF) in community-dwelling older adults. Methods Factor structure was examined with CFA. Eighty community-dwelling older adults completed questionnaires prior to an intervention. Results While the original 23-item, 3-factor structure of the CompACT demonstrated inadequate fit, a modified 15-item, 3-factor structure demonstrated adequate fit. The original 1-factor structure of the TOF demonstrated inadequate fit. A modified 2-factor structure of the TOF fit significantly better than the original 1-factor structure; however, this model also demonstrated inadequate fit. Conclusions Examining the factor structure of the CompACT and TOF in an older adult sample contributes to the field’s understanding of the constructs of psychological flexibility and tacting ability and to the clinical utility of these measures in an understudied sample. Clinical Implications These findings provide preliminary support for the use of a short-form version of the CompACT to measure therapeutic processes of change in community-dwelling older adults.

Measuring the belief system of a person.

Theories of belief system structure and dynamics assume that belief systems are a person-level construct. However, measures of belief system structure do not measure the structure of person-level belief systems and instead measure aggregated belief system structure (e.g., the belief system in a particular country). In this paper, I show that a measure of conceptual similarity between attitudes and identities of a belief system works as a valid, reliable, flexible, and efficient measure of person-level belief system structure in the United States. In Studies 1 (N = 387), 2 (N = 389), and 3 (N = 598), I show conceptual similarity judgments are reliable and are related to measures of political engagement, political knowledge, attitude consistency, and preference congruence as predicted by computational models of belief system dynamics. In Studies 4 (N = 981) and 5 (N = 983), I show that conceptual similarity judgments are affected by partisan frames and that changes in conceptual similarity judgments are associated with attitude change as predicted by computational models of belief system dynamics. Conceptual similarity judgments can be used with a variety of attitudes and identities in easy to administer studies. It provides a tool to fill an empirical gap identified by theories of belief system dynamics. (PsycInfo Database Record (c) 2022 APA, all rights reserved).

대학 교양 수업에서의 비대면 서비스러닝 운영 사례 연구

The purpose of this study is to examine the design of classes combining non-contact speaking classes and face-to-face community services in the Covid situation and the effects thereof, and to seek the methods of effective curriculum management. As a form of experiential education, service learning is an educational method that integrates professional knowledge education in schools and practical training in the field to pursue student learning and community outcomes and values. After the course operation, a class satisfaction survey was conducted on students and volunteers to find out the effects of the service learning teaching method and the class operation method, and the reflection log and in-depth interview results were reviewed using the Giorgi's phenomenological analysis method. In this study, it was possible to confirm the positive educational effect of the proposed methods through the high satisfaction of students with the class, the learning effect that the students themselves were aware of, and their internal growth and capacity building. It was also found that the strategy had a significantly positive effect on students' learning and team volunteer work. It is considered necessary to continuously seek flexible and effective teaching strategies and measures to respond to the changing educational environment in the post-Covid era. Therefore, the results of this study are meaningful in that they can be used as reference materials for the development of service learning and its related subjects and various types of classes related to volunteer activities.

Spirometric Indices of Charcoal Smoke Exposed Food Grillers in Yenagoa South-South, Nigeria

Background: Pulmonary function is an important marker of the effects of air pollution on the exposed population. Mild to moderate reductions of FEV1/FVC, FEV1, FEV1%, PEF, and FEF25–75 have been associated with the exposure to biomass burning in cross-sectional studies. Some hospital-based case-control studies, confirm that people exposed to biomass smoke have high risk for developing airflow obstruction with significant reduction of FEV1 and FEV1/FVC. However, none of these studies has evaluated lung function parameters among charcoal smoke exposed food grillers. Therefore this index study took a look at spirometric indices among food grillers exposed to charcoal smoke in Yenagoa, South-South Nigeria. Methods: This was a comparative observational cross-sectional study of charcoal smoke exposed spirometric indices of food grillers compared to fruit sellers The Medical Research Council (MRC) Questionnaire was administered to participants and a “one-on-one” interview was conducted by the researcher using the questionnaires.Information obtained included socio-demographic characteristics such as age, gender, marital status and level of education. Spirometry was performed in accordance with the ATS/ERS using standard single reusable turbine spirometer (MIR Spirobank II Basic; manufactured by P &amp; A Medical Limited). Spirograms that met the ATS/ERS criteria for acceptability were used. Information obtained with the spirometer were FEV1, FVC, FEV1/FVC, PEF and FEF25-75. A portable HANA analogue weight machine was used to weigh the study participants and a flexible plastic tape measure was used to measure the heights of participants Results: A total of one hundred and sixty (160) participants made up of eighty (80) food-grillers and fruit-sellers (controls) respectively were recruited for this study. A normal lung function pattern was found in 60 (75.0%) of food-grillers and 72 (90.0%) of controls. This shows that more fruit-sellers had normal lung function pattern, and this was statistically significant (p = 0.013). Obstructive pattern was found in 16 (20.0%) of food-grillers and 6 (7.5%) of controls (p = 0.022). The mean lung function values for food-grillers compared to fruit sellers were: FEV1=2.8±0.5L vs 3.2±0.5 (72.3±5.8% predicted); FVC=3.6±0.6L vs 3.9±0.8 (76.8±6.6% predicted), FEV1/FVC=78.5±4.9 vs 85.3 ±5.3 (77.1±5.4% predicted); PEF=5.7± 1.2L/s vs 6.9 ±2.9 (81.6±7.3% predicted) and FEF25-75=2.8±0.8L/s vs 3.0 (±0.4) (80.5±15.3% predicted). The values were statistically different between food-grillers and controls (p &lt; 0.001). Conclusion: Exposure to charcoal smoke is associated with the development of lung function abnormalities and reduction in lung function parameters. Increasing exposure time to charcoal smoke increase the likelihood of lung function abnormalities.

Conceptualizing and Explaining Flexibility in Administrative Crisis Management: A Cross-district Analysis in Germany

AbstractFlexibility in administrative crisis management is a frequently reported determinant for a successful crisis response. But there is little agreement about how to conceptualize, measure, and explain flexibility. We use a three-dimensional measure of administrative flexibility, capturing employees’ decision leeway, staff mobility, and organizational innovation in a crisis response. We then develop and test an explanation of variation in flexibility, focusing on the refugee crisis of 2015/16 in Germany and analyzing survey and socioeconomic data from 235 districts using linear regression analysis. The main finding is that differences in flexibility cannot be explained by the scope of the crisis in a district, but by organizational factors: Agencies with politically unconstrained leadership, with higher financial resources and more crisis-related experience, respond more flexible. These findings contribute to theorizing and explaining administrative flexibility in and beyond crisis management and have practical implications for crisis learning and preparation.

Flexible demodulation for rotation-induced phase difference based on a phase-controlled microwave photonic filter.

High-performance demodulation of Sagnac effect is of great importance for rotation rate measurement in inertial navigation system. In this paper, we propose a flexible measurement of rotation rate based on a phase-controlled microwave photonic filter (MPF), which incorporates an orthogonal double-sideband (ODSB) modulator, a Sagnac loop, a linearly chirped fiber Bragg grating (LCFBG), a polarizer, and a photodetector. The ODSB modulator is used to generate optical carrier (OC) and first-order sidebands with mutually orthogonal polarizations. For the MPF, its central frequency can be tuned through changing the phase difference between the OC and first-order sidebands thanks to the dispersion of the LCFBG. Therefore, if the OC and first-order sidebands are separated by a polarization beam splitter and then travel along the Sagnac loop in opposite directions, the rotation-induced phase difference between them will lead to a shift on the frequency response of the MPF. Thus, two ways can be adopted to detect the rotation rate of the Sagnac loop for different applications: monitoring the frequency response shift of the MPF and measuring the power variation at a certain frequency. Besides, the measurement sensitivity can be easily adjusted to satisfy specific requirements by tuning a polarization controller or choosing a different operating frequency. An experiment is performed to validate the proposed scheme. The results show that the maximum frequency shift of the MPF can reach 1.7 GHz at a rotation rate of 1 rad/s, and a scale factor of 0.016 mW/(rad/s) is obtained at 4 GHz.