Pendampingan Pembuatan Dan Pengelolaan Data Elektronik Jemaat GKJ Wates

Church parishioners data management is an important part of the administration of a church. In fact, many churches do it manually where parishionersal data is stored in physical forms or in church record books. This condition happened at GKJ Wates. The initial condition at GKJ Wates is the data from of a physical form . The data is the result of the census about 2 (two) years ago. It is realized that the data has changed a lot, so it is necessary to update before implementing electronic data management. In an effort to assist the administration of the church's data, assistance steps have been developed that include the compilation of attributes relevant to the church's data management. Furthermore, the attributes are compiled into a form that is ready to be filled out by each parishioners. This agreed form is then distributed to the parishioners through their respective district administrators. The church team, assisted by the UKDW PkM team, recorded the parishioners's data electronically, complete with a spiritual journey scheme including baptism, sidi, and marriage. By utilizing Excel Macro, the electrical data of the GKJ Wates parishioners was successfully visualized in the form of a dashboard. The visualized parishioners data includes the percentage of the parishioners by blood type and gender, the church's spiritual journey scheme based on membership category, membership records, age category, and gender. The information on this dashboard can help the church in making decisions related to the development of the parishioners at GKJ Wates.

When is ostensive communication used for joint action?

Joint actions typically require that information relevant for performing a task together is available to the interaction partners. In some situations, such information is perceptually retrievable and salient enough for co-actors to simply use it. In other situations, the relevant information needs to be actively shared among co-actors, e.g., by making it more perceptually salient or indicating it by means of a conventional signal. Here we consider a third case, where the information is not perceptually available and cannot be communicated by conventional means. How do joint action partners coordinate in such situations? We propose that co-actors resort to ostensive communication, that is, they draw attention to the fact that they intend to communicate some specific information. Two experiments tested the proposed role of ostensive communication for joint action. In a non-verbal joint building task, the category membership of different objects was known to only one person in a dyad, who needed to inform the partner which object type to use. In line with our hypothesis, most participants highlighted a particular object category with an ostensive gesture (characterized by containing more submovements than a natural placing movement) to resolve perceptual ambiguity. We conclude that ostensive communication is especially useful for joint action in situations where task-relevant information is not available to all co-actors and where it cannot be perceptually highlighted or conventionally communicated.

Confidence-Controlled Hebbian Learning Efficiently Extracts Category Membership From Stimuli Encoded in View of a Categorization Task

In experiments on perceptual decision making, individuals learn a categorization task through trial-and-error protocols. We explore the capacity of a decision-making attractor network to learn a categorization task through reward-based, Hebbian-type modifications of the weights incoming from the stimulus encoding layer. For the latter, we assume a standard layer of a large number of stimu lus-specific neurons. Within the general framework of Hebbian learning, we have hypothesized that the learning rate is modulated by the reward at each trial. Surprisingly, we find that when the coding layer has been optimized in view of the categorization task, such reward-modulated Hebbian learning (RMHL) fails to extract efficiently the category membership. In previous work, we showed that the attractor neural networks' nonlinear dynamics accounts for behavioral confidence in sequences of decision trials. Taking advantage of these findings, we propose that learning is controlled by confidence, as computed from the neural activity of the decision-making attractor network. Here we show that this confidence-controlled, reward-based Hebbian learning efficiently extracts categorical information from the optimized coding layer. The proposed learning rule is local and, in contrast to RMHL, does not require storing the average rewards obtained on previous trials. In addition, we find that the confidence-controlled learning rule achieves near-optimal performance. In accordance with this result, we show that the learning rule approximates a gradient descent method on a maximizing reward cost function.

Are we teleologically essentialist?

People may conceptualize certain categories as held together by a category-specific ‘essence’—some un- observable, critical feature that causes the external features of a category to emerge. Yet there remains an open question about what comprises this essence. Recently, Rose and Nichols have argued that this essence is comprised of tele, or purposes, (and, in turn, that teleology is the internal force that gives rise to external features). However, Neufeld has challenged this work on theoretical grounds, arguing that these effects arise only because people infer an underlying internal change when reasoning about a change in telos. On Neufeld’s view, it is the underlying internal cause, and not the telos itself, that serves as an essence (consistent with classic views of scientific essentialism). Here, we ask: Is teleology the primary force behind psychological essentialism? We begin by successfully replicating Rose and Nichols’ key findings in support of teleological essentialism. In two further experiments, however, we demonstrate that teleology may not the central way that people understand the essences of living things: Internal changes matter at least as much as changes to teleology. These findings suggest that while teleology may be one important cue to category membership and the essences of living things, it may be premature to say that we are ‘teleologically essentialist.’

Distinctive responses in anterior temporal lobe and ventrolateral prefrontal cortex during categorization of semantic information

Semantic categorization is a fundamental ability in language as well as in interaction with the environment. However, it is unclear what cognitive and neural basis generates this flexible and context dependent categorization of semantic information. We performed behavioral and fMRI experiments with a semantic priming paradigm to clarify this. Participants conducted semantic decision tasks in which a prime word preceded target words, using names of animals (mammals, birds, or fish). We focused on the categorization of unique marine mammals, having characteristics of both mammals and fish. Behavioral experiments indicated that marine mammals were semantically closer to fish than terrestrial mammals, inconsistent with the category membership. The fMRI results showed that the left anterior temporal lobe was sensitive to the semantic distance between prime and target words rather than category membership, while the left ventrolateral prefrontal cortex was sensitive to the consistency of category membership of word pairs. We interpreted these results as evidence of existence of dual processes for semantic categorization. The combination of bottom-up processing based on semantic characteristics in the left anterior temporal lobe and top-down processing based on task and/or context specific information in the left ventrolateral prefrontal cortex is required for the flexible categorization of semantic information.

Relationship between insulin sensitivity and menstrual cycle is modified by BMI, fitness and physical activity in NHANES

Context There is evidence demonstrating variation in insulin sensitivity across the menstrual cycle. However, to date, research has yielded inconsistent results. Objective This study investigated variation in insulin sensitivity across the menstrual cycle and associations with BMI, physical activity and cardiorespiratory fitness. Design Data from 1906 premenopausal women in NHANES cycles 1999-2006 were analysed. Main outcome measures Menstrual cycle day was assessed using questionnaire responses recording days since last period. Rhythmic variation of plasma glucose, triglyceride and insulin, homeostatic model of insulin resistance (HOMA-IR) and adipose tissue insulin resistance index (ADIPO-IR) across the menstrual cycle were analysed using cosinor rhythmometry. Participants were assigned low or high categories of BMI, physical activity and cardiorespiratory fitness and category membership included in cosinor models as covariates. Results Rhythmicity was demonstrated by a significant cosine fit for glucose (p= 0.014) but not triglyceride (p= 0.369), insulin (p= 0.470), HOMA-IR (p=0.461) and ADIPO-IR (p= 0.335). When covariates were included, rhythmicity was observed when adjusting for: 1. BMI: glucose (p< 0.001), triglyceride (p< 0.001), insulin (p< 0.001), HOMA-IR (p< 0.001) and ADIPO-IR (p< 0.001); 2. Physical activity: glucose (p< 0.001), triglyceride (p= 0.006) and ADIPO-IR (p= 0.038); 3. Cardiorespiratory fitness: triglyceride (p= 0.041), insulin (p= 0.002), HOMA-IR (p= 0.004) and ADIPO-IR (p= 0.004). Triglyceride amplitude, but not acrophase, was greater in the high physical activity category compared to low (p=0.018). Conclusions Rhythmicity in insulin sensitivity and associated metabolites across the menstrual cycle are modified by BMI, physical activity and cardiorespiratory fitness.

When simple self-reference is too simple: Managing the categorical relevance of speaker self-presentation

Membership categories such as ‘doctor’, ‘customer’, and ‘girl’ can form a set of alternative ways of referring to the same person. Moreover, speakers can select from this array of correct alternatives that term best fitted to what is getting done in their talk. In contrast, self-references alone ordinarily do not convey category membership, unless the speaker specifically employs some sort of category-conveying formulation. This report investigates how speakers manage the categorical relevance of these simplest self-references (e.g. ‘I’, ‘me’, ‘my’) as a practical means of self-presentation. We first describe how speakers forestall recipient attribution of membership categories. We then consider cases where simple self-references are subjected to subsequent elaboration—via self-categorization—in the face of possible recipient misreading of the speaker's category membership. Thereafter, we introduce the practice of contrastive entanglement, and describe how speakers employ it to fashion tacitly categorized self-references that serve the formation of action. (Person reference, conversation analysis, membership categorization devices, race, gender)*

Deontics at bedtime

Directive trajectories are common in parent–child talk as parents attempt to engage their children in household activities. Previous research on families with autistic children has reported that parents have difficulty engaging their children in household activities. The current study analyses the strategies a parent utilizes in negotiating an activity contract with their autistic child. The analyses show that the parent negotiates stances towards autonomy, category-membership-tied activities and social obligations, as well as used embodied conduct. The analyses also show how the child is sensitive to these strategies and actively participates in the directive trajectory. The findings show that both parent and child are active co-constructors of the social relationship in directive trajectories and that the child can strategically counter the variety of directive resources the parent uses.

Development of Attention and Accuracy in Learning a Categorization Task

Being able to categorize objects as similar or different is an essential skill. An important aspect of learning to categorize is learning to attend to relevant features (i.e., features that determine category membership) and ignore irrelevant features of the to-be-categorized objects. Feature variability across objects of different categories is informative, because it allows inferring the rules underlying category membership. In this study, participants learned to categorize fictitious creatures (i.e., aliens). We measured attention to the aliens during learning using eye-tracking and calculated the attentional focus as the ratio of attention to relevant versus irrelevant features. As expected, participants’ categorization accuracy improved with practice; however, in contrast to our expectations, their attentional focus did not improve with practice. When computing the attentional focus, attention to the aliens’ eyes was disregarded, because while eyes attract a lot of attention, they did not vary across aliens (non-informative feature). Yet, an explorative analysis of attention to eyes suggested that participants’ attentional focus did become somewhat more efficient in that over time they learned to ignore the eyes. Results are discussed in the context of the need for instructional methods to improve attentional focus in learning to categorize.

Sizing Up Categories

Categories intentionally create discontinuities. By breaking the world up into cognizable chunks, they simplify the information environment. But the signals they provide may be inaccurate or scrambled by strategic behavior. This Article considers how law might approach the problem of optimal categorization, given the role of categories in managing and transmitting information. It proceeds from the observation that high categorization costs can be addressed through two opposite strategies—making classifications more fine-grained (splitting), and making classifications more encompassing (lumping). Although continuizing and other forms of splitting offer intuitive answers to inaccurate classification and gaming along category lines, lumping is sometimes a better solution. If category membership carries multiple and offsetting implications, the incentive to manipulate the classification system is dampened. To take a simple example, insurance that covers only one risk is more vulnerable to adverse selection than is an insurance arrangement that covers two inversely correlated risks. Making categories larger, more durable, and more heterogeneous can produce such offsets. These and other forms of bundling can arrest damaging instabilities in categorization.