Development of the Couples Resource Map Scales

Abstract

This article describes the initial phases of development of the Couples Resource Map Scales (CRMS). These scales are designed to assess the degree of support couples receive from various personal, relationship, and contextual resources. The first phase involved the initial item development and an expert review of an extended list of potential items. The second phase involved a survey of university seniors (n = 397) involved in monogamous, intimate relationships to test the psychometric properties of the instrument. The third phase involved an analysis of variance in CRMS scores based on participants' self-reported level of satisfaction with their relationship. The results provide preliminary support for the reliability and validity of the CRMS.     

Identifying marks of Latin American psychoanalysis Towards the defi nition of a River Plate model1

The author considers the infl uences that different psychoanalytic trends have had on the thought processes of psychoanalysts in the River Plate region. She begins by giving a history of the way in which these trends were shaped by the sociocultural context of the region, and of how the dialectical relationship between these two factors produced the River Plate region's (Argentina and Uruguay) own theoretical model. The author includes a study‐albeit incomplete‐of major local developments, and attempts to defi ne the characteristics of a regional model. The model is based on the following parameters: the fundamental rules of evenly suspended attention and free association; the technical frame; links between theory and clinical practice such as transference‐countertransference, resistance, identifi cation, the analytic fi eld; the concept of psychic change and its indicators; and the interpretive instrument. The author considers the past and present infl uence of Lacanian thought on this model. She concludes by reviewing some of these theoretical and clinical concepts.     

Hierarchies of Self-Organizing Maps for action recognition

We propose a hierarchical neural architecture able to recognise observed human actions. Each layer in the architecture represents increasingly complex human activity features. The first layer consists of a SOM which performs dimensionality reduction and clustering of the feature space. It represents the dynamics of the stream of posture frames in action sequences as activity trajectories over time. The second layer in the hierarchy consists of another SOM which clusters the activity trajectories of the first-layer SOM and learns to represent action prototypes. The third- and last-layer of the hierarchy consists of a neural network that learns to label action prototypes of the second-layer SOM and is independent – to certain extent – of the camera’s angle and relative distance to the actor. The experiments were carried out with encouraging results with action movies taken from the INRIA 4D repository. In terms of representational accuracy, measured as the recognition rate over the training set, the architecture exhibits 100% accuracy indicating that actions with overlapping patterns of activity can be correctly discriminated. On the other hand, the architecture exhibits 53% recognition rate when presented with the same actions interpreted and performed by a different actor. Experiments on actions captured from different view points revealed a robustness of our system to camera rotation. Indeed, recognition accuracy was comparable to the single viewpoint case. To further assess the performance of the system we have also devised a behavioural experiments in which humans were asked to recognise the same set of actions, captured from different points of view. Results form such a behavioural study let us argue that our architecture is a good candidate as cognitive model of human action recognition, as architectural results are comparable to those observed in humans.     

Exploring the effects of similarity on mapping spatial relations

Solving a map task requires transferring information acquired in one spatial context to another context, an ability that marks an important step in cognitive development. This study investigated how preschoolers’ mapping performance was affected by the extent of similarity between spaces. Whereas prior work examined effects of similarity in tasks involving matching individual objects, our tasks required considering spatial relations among objects. We found that the accuracy of mapping between two spaces with somewhat different perceptual features was higher than the accuracy of mapping between spaces with identical features. Yet, a further increase in differences between the two spaces had a detrimental effect on mapping. The results suggest that some degree of similarity between spaces is beneficial to children’s ability to transfer relational information. However, when the spaces have the same surface features, it may draw children’s attention to individual objects and inhibit their ability to focus on common relations across contexts.     

艺术作品中的世界与作为世界精神的河流--论海德格尔思想的转折

1936年左右是海德格尔思想发展的关键时期,也即是其思想转折完成的时机,于是弄清楚这一转折(跨越30年代前期)的过程就相当重要了。随着《存在与时间》之后的一系列演讲的出版,其中尤其是海氏对荷尔德林诗歌的解释,可以使我们准确地理解他如何借助艺术与诗歌把存在的真理与美的显像关联来实现这一转折。本文主要通过重新阅读《艺术作品的本源》,并把它置于与荷尔德林的诗歌的关系中来讨论这一转折,从而使海德格尔这一阶段的世界理论更为明确,并为理解后期海德格尔以及第65卷对Ereignis的阐发提供了指引与路标。     

试论储华谷《周易参同契》注中的道教易学思想

储华谷<周易参同契>注运用<周易>的卦爻象和"河洛之说"来解释道教内丹修炼的原理,提出了"药之与物,二八河图.五贼运火,皇极洛书.法象羲<易>,按爻摘符"的道教易学思想;认为<易>的"河洛之说"及"卦爻之象"揭示了天、地、人三才之道,这对于道教内丹修炼来说,具有重要的指导意义;此注用<周易>"河图"、"洛书"等理论,对道教内丹学中最重要的药物、鼎炉、火候等问题进行了说明,强调内丹术要循天地自然之道而行,法天地人三才之道才可以论还丹,并以<易>理来统摄天、地、人三才之道,从而增强了道教内丹术的理论性和系统性,为将道教内丹术转为道教内丹学做出了贡献.     

Integration of spatial maps in pigeons

The integration of spatial maps in pigeons was investigated using a spatial analog to sensory preconditioning. The pigeons were tested in an open-field arena in which they had to locate hidden food among a 4×4 grid of gravel-filled cups. In phase 1, the pigeons were exposed to a consistent spatial relationship (vector) between landmark L (a red L-shaped block of wood), landmark T (a blue T-shaped block of wood) and the hidden food goal. In phase 2, the pigeons were then exposed to landmark T with a different spatial vector to the hidden food goal. Following phase 2, pigeons were tested with trials on which they were presented with only landmark L to examine the potential integration of the phase 1 and 2 vectors via their shared common elements. When these test trials were preceded by phase 1 and phase 2 reminder trials, pigeons searched for the goal most often at a location consistent with their integration of the LT phase 1 and Tphase 2 goal vectors. This result indicates that integration of spatial vectors acquired during phases 1 and 2 allowed the pigeons to compute a novel Lgoal vector. This suggests that spatial maps may be enlarged by successively integrating additional spatial information through the linkage of common elements.     

The relationship between perception and production of /w/, /r/, and /l/ by three-year-old children

Twenty-one normally developing 3-year-old children were tested on two approximant consonant contrasts, rake-lake and wake-rake, and a control contrast, wake-bake. Perception was assessed in a two-choice picture identification paradigm; stimuli were (1) natural and computer synthesized “clear cases” of the minimal pairs, and (2) synthetic stimulus series which interpolated on acoustic dimensions that differentiate the minimal pairs. As a group, the children showed very accurate perception of the minimal pairs. Performance on the synthetic series yielded consistent identification of the endpoint stimuli and monotonic functions with abrupt crossovers at the phoneme boundary. Children who did not yet articulate /r/ and /l/ appropriately showed somewhat less consistent perception than children who produced all phonemes correctly.