Processing procedural documents: A cognitive model for following written directions

This paper reviews empirical literature on how people use documents to perform tasks. We examine studies that have been published under the topics of: following written directions, reading maps, following instructions, using job performance aids, and processing procedural texts. Documents that contain a procedure, such as a set of directions, require transformation of information. Such transformation frequently requires converting a procedure represented verbally in a text into a procedure represented behaviorally in a performance. To accomplish this transformation, we propose that students must: (a) form a conceptual model of the performance; (b) encode procedures from the document; (c) engage in self-testing; and (d) conduct self-corrections to repair mistakes. We further propose that these operations are performed most efficiently with distinctive information resources. An overview of the task is likely to be most effective in facilitating conceptual model formation. Procedural information that emphasizes temporal characteristics of the performance will facilitate the encoding of procedures. A representation of the outcome (usually graphic) improves self-testing, and the comparison of the outcome with progress in the workspace leads to most effective self-correction. This process-resource interaction minimizes the number and complexity of transformations required to process procedural documents.     

Effect of group size on avoidance learning in zebra fish,Brachydanio rerio (Pisces: Cyprinidae)

The purpose of this study was to investigate the effect of density of fish on the rate of avoidance learning in a schooling fish. Naive adult zebra fish (Brachydanio rerio) were trained in a two-way aquatic shuttlebox, in isolation, in groups of two, or in groups of five. The number of trials to reach progressively more exacting levels of performance (1, 2, 3, … ,9 consecutive correct avoidance responses on 2 successive days), was used to quantify the rate of learning for individuals in the three groups. Using this measure, individuals in groups of five reached any given level of performance in fewer trials than individuals tested alone, which in turn reached the progressive criteria in fewer trials than individuals tested in pairs. In addition, the mean latency of response to the conditioned stimulus for individuals in groups of five was significantly lower than for individuals tested alone or in groups of two by Day 3 of the experiment. The rate of learning in zebra fish schools at these densities may be due to either a balance between imitation learning and conflict-inhibition among the fish or the elicitation of different behavioral responses by shock, depending upon environmental stimuli.     

Modelling Experiential Knowledge Ethically: An Artefact‐Based Approach to Visually Documenting a Participatory Design Process with Young People

This article contributes to the growing debate within art and design education research about the role, legitimacy and accountability of artefacts in the creation and generation of knowledge. I present an artefact‐based approach to visually documenting and disseminating my doctoral practice‐based fieldwork that protected the anonymity of the participants whilst supporting my exploration of the situational, interactional and tacit dimensions of participation. Constructing a three‐dimensional scaled model of the fieldwork setting and using narratives from my field notes, I undertook a cyclical reflective process where I reconstructed critical moments that took place. This was used as both a tool for communicating my participatory design educational practice and for evaluating my findings with the participants. By sharing this sense‐making process, I offer an ethical means of visually documenting fieldwork when working in sensitive contexts and with vulnerable participants, setting out the dual role this design artefact played as both a producer and carrier of experiential knowledge.     

Keywords and vocabulary acquisition: Some words of caution about words of assistance

Consistent results of two experiments with relatively technical, native language vocabulary, showed that effectiveness of keyword methods depended upon whether meanings of words to be learned were abstract or concrete and whether comprehension was assessed immediately or after a delay. Keywords bearing acoustical similarities to vocabulary items whose meanings were presented as sentences consistently facilitated students’ retention of the meanings of concrete items on immediate posttests. However, in contrast to recent research on foreign language vocabulary having simpler definitions, these experiments showed that it may be difficult to use the keyword method to aid long-term retention with moderately complex. abstract, native language vocabulary. Parts of this study, which was partially supported by the Kansas State University Bureau of General Research, were presented at the Annual Meeting of the American Educational Research Association, Boston, 1980.     

A randomized controlled trial of a home-visiting intervention aimed at preventing relationship problems in depressed mothers and their infants

This study examined the effect of a mother–baby intervention on the quality of mother–child interaction, infant–mother attachment security, and infant socioemotional functioning in a group of depressed mothers with infants aged 1–12 months. A randomized controlled trial compared an experimental group ( n = 35) receiving the intervention (8–10 home visits) with a control group ( n = 36) receiving parenting support by telephone. There were assessments pre, post, and follow-up after 6 months. The intervention had positive effects on the quality of mother–infant interaction. Infants in the experimental group had higher scores for attachment security and for one aspect of socioemotional functioning, namely, competence. The intervention proved successful in preventing deterioration of the quality of mother–child interaction.     

Test Takers and the Validity of Score Interpretations

This article argues that test takers are as integral to determining validity of test scores as defining target content and conditioning inferences on test use. A principled sustained attention to how students interact with assessment opportunities is essential, as is a principled sustained evaluation of evidence confirming the validity or calling into question the inferences for individual students. Three innovative assessment systems are highlighted to illustrate where and how the developers might handle diverse test taker needs and learning characteristics. ONPAR measures challenging content using multisemiotic methods and novel item types, designing items to handle multiple profiles so they are accessible for most students. Dynamic Learning Maps has built an innovative network of learning maps, and multiple pathways designed to model how diverse students acquire knowledge. To support their assessments, the National Center and State Collaborative has built an exemplary web of educator resources such as content modules and guides in order to support differentiated learning.     

A Process Model for Interaction and Mathematical Level Raising

In this article we present a process model we have developed for interaction and mathematical level raising. In the process model the focus is on the individual learning process. The model is based on our own research experience and our common interest in individual learning processes. We relate it to other research. The model is meant to show how level raising can be realised by letting students work in small groups on a mathematical problem.     

Longitudinal course of rapid naming in disabled and nondisabled readers

The Rapid Automatized Naming Test (Denckla and Rudel 1974) was studied cross-sectionally in an sample of kindergartners (n=342) at-risk for reading disability (Study 1), and longitudinally in an n=160 epidemiological normal sample of children tested in first, third, fifth, and eighth grades (Study 2). Study 1 showed faster absolute naming speeds for those with near perfect untimed alphabet recitation, but the stronger and more orderly relation (at r=.31, p<.0001) was between three levels of alphabet recitation accuracy and the relative number/letter naming speed advantage (ratio of mean number/letter naming speed minus mean color/object naming speed over mean color/object naming speed). In Study 2, the number/letter advantage was already strongly present by first grade, and did not increase significantly thereafter, but absolute naming times improved steadily across grades in an exponential decay function. In this sample, the relative number/letter advantage was not related to reading level. However, the absolute color/object naming speed was strongly related to reading level and vocabulary across grades. Norms for the Rapid Automatized Naming Test based on the epidemiological normal sample tested in Grades 1, 3, 5, and 8 are presented in the appendix.