Cognitive psychology in sport: Progress and prospects

ProblemThere has been a recent upsurge of research interest in cognitive sport psychology or the scientific study of mental processes (e.g., mental imagery) in athletes. Despite this interest, an important question has been neglected. Specifically, is research on cognitive processes in athletes influential outside sport psychology, in the “parent” field of cognitive psychology or in the newer discipline of cognitive neuroscience?ObjectivesThe purpose of this paper is to explore the theoretical significance of research on expertise, attention and mental imagery in athletes from the perspective of cognitive psychology and cognitive neuroscience.MethodFollowing analysis of recent paradigm shifts in cognitive psychology and cognitive neuroscience, a narrative review is provided of key studies on expertise, attention and mental imagery in athletes.Results and conclusionsThis paper shows that cognitive sport psychology has contributed significantly to theoretical understanding of certain mental processes studied in cognitive psychology and cognitive neuroscience. It also shows that neuroscientific research on motor imagery can benefit from increased collaboration with cognitive sport psychology. Overall, I conclude that the domain of sport offers cognitive researchers a rich and dynamic natural laboratory in which to study how the mind works.     

Representation and learning in motor action – Bridges between experimental research and cognitive robotics

To gain a better understanding of the functionality of representation and categorization in action and interaction, it is fundamental that researchers understand how movements are represented in long-term memory. It is our position that human motor control requires that our actions be planned and represented in terms of intended perceptual effects and future task demands, and that the individual has a well-structured mental representation of the task so that the movement can be carried out successfully. Basic Action Concepts (BACs) are identified as major building blocks of cognitive representation in long-term memory, which are cognitive tools used to master the functional demands of movement tasks. In this paper, we consider relevant issues in research methodology and present an experimental method that can be used to assess action-relevant representational structures. This method permits us to observe the strong relationship between cognitive representation and performance in manual action. For example, the specific differences in the mental representations of participants are strongly related to skill level, as well as biomechanical and task constraints. We then discuss results from our learning experiments, where we have examined the development and changes in cognitive representation over time. From these experiments we have found that cognitive reference structures include task-specific spatial information, which provides the basis for action control in skilled voluntary movement. We have implemented these results on various robotic platforms. We argue that the insights gained from various experimental approaches in the field of cognitive psychology and motor control enable researchers to explore the possibilities and limitations of artificial control architectures in robot systems. Finally, we argue that this is not a unidirectional process. Researchers from the field of cognitive psychology and motor control can profit from the advances in technological systems, which enhance the understanding of human motor control in skilled voluntary action.     

临床运动心理学研究:现状、问题与建议

本文对《临床运动心理学杂志》创刊以来的99篇论文进行内容分析,以揭示临床运动心理学研究的现状与问题.研究结果表明:临床运动心理学研究领域主要为运动功能障碍、心理健康、运动功能损害、运动表现发展;研究的热点问题主要为运动表现、饮食障碍、情绪障碍、成瘾、压力应对等;研究主要以认知行为理论为基础;42.4％的研究假设有待进一步验证;研究方法存在一些问题.基于上述研究结果,对我国运动心理学研究者提出以下建议:拓展研究领域;关注研究的本土化;丰富研究的理论基础;加强研究方法训练.     

Brain structures participating in mental simulation of motor behavior: a neuropsychological interpretation

This paper reviews findings from cognitive and sport psychology, as well as from neurophysiology, concerning mental simulation of movement. A neuropsychological hypothesis is advanced to explain why mental practice can improve motor skill learning. Mental practice activates certain brain structures selectively as shown by measurements of regional cerebral blood flow. It appears likely that this activation improves the subsequent control of execution of movements. It is pointed out that the study of simulation of movements may not only be of value for sport training but also have importance for the rehabilitation of patients with motor disturbances following lesions of the central nervous system.     

Motor imagery: the relation between age and imagery capacity

The imagination of motor actions forms not only a theoretical challenge for cognitive neuroscience but may also be seen as a novel therapeutic tool in neurological rehabilitation, in that it can be used for relearning motor control after damage to the motor system. However, since the majority of rehabilitation patients consist of older individuals it is relevant to know whether the capacity of mental imaging is compromised by age. Scores on the vividness of movement imagery questionnaire were obtained for 333 participants, divided in three age groups. Results showed that elderly participants were slightly worse in motor imagery capacity than younger participants, particularly in relation to motor imagery from an internal (first person) perspective. Furthermore, a possible relation between the level of physical activities and motor imagery capacity is discussed.     

Integrating cognitive psychology, neurology and neuroimaging

In the last decade, there has been a dramatic increase in research effectively integrating cognitive psychology, functional neuroimaging, and behavioral neurology. This new work is typically conducting basic research into aspects of the human mind and brain. The present review features as examples of such integrations two series of studies by the author and his colleagues. One series, employing object recognition, mental motor imagery, and mental rotation paradigms, clarifies the nature of a cognitive process, imagined spatial transformations used in shape recognition. Among other implications, it suggests that when recognizing a hand's handedness, imagining one's body movement depends on cerebrally lateralized sensory-motor structures and deciding upon handedness depends on exact match shape confirmation. The other series, using cutaneous, tactile, and auditory pitch discrimination paradigms, elucidates the function of a brain structure, the cerebellum. It suggests that the cerebellum has non-motor sensory support functions upon which optimally fine sensory discriminations depend. In addition, six key issues for this integrative approach are reviewed. These include arguments for the value and greater use of: rigorous quantitative meta-analyses of neuroimaging studies; stereotactic coordinate-based data, as opposed to surface landmark-based data; standardized vocabularies capturing the elementary component operations of cognitive and behavioral tasks; functional hypotheses about brain areas that are consistent with underlying microcircuitry; an awareness that not all brain areas implicated by neuroimaging or neurology are necessarily directly involved in the associated cognitive or behavioral task; and systematic approaches to integrations of this kind.     

Computational model of enactive visuospatial mental imagery using saccadic perceptual actions

From the onset of cognitive revolution, the concept of mental imagery has been given different, many times opposing, theoretical accounts. Mental imagery appears to be a ubiquitous, yet wholly individual, easy to explain experience on the one hand, being hard to deal with scientifically on the other hand. The focus of this research is on an enactive approach to visuospatial mental imagery, inspired by Sima’s perceptual instantiation theory. We designed a hybrid computational model, composed of a forward model, an inverse model, both implemented as neural networks, and a memory/controller module, that grounds simple mental concepts, such as a triangle and a square, in perceptual actions, and is able to reimagine these objects by performing the necessary perceptual actions in a simulated humanoid robot. We tested the model on three tasks – salience-based object recognition, imagination-based object recognition and object imagination – and achieved very good results showing, as a proof of concept, that perceptual actions are a viable candidate for grounding the visuospatial mental concepts as well as the credible substrate of visuospatial mental imagery.     

Integrating sport psychology and sports medicine in research: The dilemmas

Abstract

The recent acceleration of interest in conducting sport psychology research within sports medicine settings has prompted an introspection on the stringency of sport injury-focused research protocols and methodology. Much of the literature relating to the psychology of sport injury is anecdotal, comprised of conjecture, or is an extrapolation from allied psychological study. In addition, retrospective studies, involving the recall of an unpleasant event (i.e., sport injury) proliferate the literature. Quality research that integrates sport psychology and sports medicine presents a unique challenge because of the multifactorial nature of sport injury and the necessity for sound interpretation of research outcomes relative to the nature of psychology. sport, and injury. Confounding and complicating aspects of this integrated research include definition of injury variables, timing of data collection. evaluation of pain. and the physiological sequelae of injury. Research and methodological issues relating to sport psychology and sport injury are discussed.     

The 1997 coleman roberts griffith address movement expertise: A juncture between psychology theory and practice

Abstract

Two of the major distinguishing characteristics of the pioneering work of Coleman R. Griffith were his theory-practice integration through applied research and his eclectic focus not just on cognitive and emotional aspects of the psychology of sport. but also on elements related to perception, decision-making and movement control, and learning. The first part of this paper discusses the implications of these two attributes to broad issues for sport psychology related to the fragmentation-integration of knowledge, to defining the scope of the field, and to the nature of the relationship with other fields of knowledge, especially motor control and learning. The second part of the paper illustrates some of these issues through an overview of applied research on the enhancement of the perceptual skills of athletes. A critique of current understanding of the nature of perceptual skill in sport is first provided, using expert-novice comparisons as a means of uncovering the essential distinguishing attributes of expert performance. Knowledge about the nature of expert perception is then used to assess the potential of current and prospective training strategies to enhance perceptual skill and, through this, provide new avenues for improving athletic performance.     

情绪障碍及其干预:心理表象的视角

心理表象在多种情绪障碍中均表现出病理性特点。研究者基于心理表象主要对创伤后应激障碍、抑郁心境、双相障碍情绪和社交焦虑进行了心理病理学解释,尤其关注闪回和过度概化记忆等两种典型症状,并且重视心理表象在情绪症状维持中的作用。概括而言,研究者强调记忆形成与提取过程的异常、认知与行为的保护性策略的负强化、对事件及自我的认知偏差等三类因素对情绪障碍的致病作用。目前,针对或运用心理表象的干预与训练方法包括减少消极表象、改变消极表象内容、提高积极表象能力、提高记忆的具体性等四类。未来应注重侵入性表象的功能分析以及相关的心理病理学模型研究,并拓展干预与训练研究。     

Motor imagery and higher-level cognition: four hurdles before research can sprint forward

Traditionally, higher-level cognition has been described as including processes such as attention, memory, language, and decision-making. However, motor processing and motor imagery are important aspects of cognition that have typically been considered outside of the traditional view. Recent research has demonstrated that there may be a critical functional relationship between motor imagery and other higher-level cognitive processes. Here we present a review of the extant literature on motor imagery and cognition, as well as outline four hurdles that must be addressed before the field investigating the influence of motor-based processes on higher-level cognition can be moved forward. These hurdles include problems distinguishing between visual and motor processes, addressing the differences in tasks and stimuli used to evoke motor imagery, accounting for individual differences in motor imagery ability, and identifying the appropriate neural correlates. It is important that these hurdles are addressed in future research so we can sprint forward and further our knowledge about this interesting relationship.     

Benefits and Usefulness of a Personal Motivation Video: A Case Study of a Professional Mountain Bike Racer

Video has been incorporated into coaching and sport performance for skill development and as a feedback instrument. The purpose of the study was to examine the perceived usefulness and benefits such as enhanced motivation, concentration, and anxiety management of using a personal motivation video (PMV). A PMV is a video with music personally created for the athlete. The participant was a 23-year-old male professional mountain bike racer. Data from open-ended interviews and evaluation forms were examined. Results indicated the PMV to be particularly useful for motivation, mental imagery, confidence and emotional management, and concentration. PMVs can be a creative and useful tool for sport psychology researchers and practitioners to apply imagery in a unique way. Recommendations for improvements to the PMV for future use are highlighted, as well as suggestions for future research and applications are presented.     

从表征和认知过程上看表象与知觉、记忆的关系

表象、知觉和记忆是一个整合的认知系统。由于知觉和记忆提供了表象生成的材料,因而三者共享相似的表征,并激活广泛而相似的脑区。然而在认知加工过程上三者存在一定的差异。与知觉相比,表象的编码方式更抽象、更依赖过去经验的参与且处理细节能力更弱;与记忆相比,表象更容易受无关信息的干扰。未来对三者关系的研究应关注不同来源和不同类型的表象与知觉、记忆之间的关系,以及工作记忆在三者关系中所起的作用。     

A century of imagery research: reflections on Cheves Perky's contribution to our understanding of mental imagery

We review contemporary scientific research on the relationship between visual perception and visual mental imagery in the context of Cheves Perky's (1910) landmark article on imagery and imagination. This body of research has firmly established a strong connection between the psychology of imagery and perception and has contributed a strong voice to the imagery debate. We then use the concept of embodiment to discuss additional avenues of inquiry at which Perky's work hinted. These include a more thorough examination of the relationship between imagery and emotion, the creative, active aspects of imagery and imagination, and the methods we can bring to bear on understanding imagery and imagination as a human experience.     

Using Ethnography in Applied Sport Psychology

The acceptance of qualitative research in applied sport psychology is growing steadily, yet there are continued calls for greater methodological diversity in this research. To this end, we offer ethnography to extend and enhance our understanding of applied sport psychology. Ethnography is aimed toward understanding the culture of a particular group from the perspective of the group members. The group culture, then, will lend insight into the behaviors, values, emotions, and mental states of group members. Ethnographers employ multiple methods to gain a comprehensive understanding of the social environment and perceptions of the members of the social group. In this paper, we discuss the epistemological and methodological foundations of ethnography. Then, using research examples related to applied sport psychology, we describe processes involved ethnographic research. Finally, we explore the issues of representation and legitimacy in ethnography.     

Sport psychology service delivery: staying ethical while keeping loose

Although the parent discipline of sport psychology is psychology, the delivery of sport psychology services has its main roots in physical education and sports science (motor learning and control, skill acquisition). Thus, sport psychologists may look more like coaches than they look like clinicians or counselors. In this article, the authors trace the evolution of sport psychology services and contrast the temporal, spatial, and delivery issues of applied sport psychology with more mainstream counseling and clinical psychology. The looser boundaries of sport psychologist practice have both benefits and dangers, and the authors offer some examples to professional psychologists who are thinking of expanding their delivery of service to athletes and coaches.     

CHANGING PERSPECTIVES IN COGNITIVE NEUROPSYCHOLOGY*

Neuropsychology, the study of behavioral and mental disorders resulting from brain damage, seeks to integrate observable mental and motor functions with knowledge of nervous system structure and function. The first part of this paper deals with the empirical and theoretical contributions that arise from the study of classical clinical syndromes, from cognitive psychology based on information processing, and from the computationally-based study of complex cognitive systems such as language. The second part of this paper deals with two areas of neuropsychological research, memory mechanisms and motor behavior, that exemplify some of the methodological and conceptual problems that arise in trying to bridge animal and human studies, or psychological and physiological levels of analysis. Suggestions are made for how greater progress can be made by considering fundamental processes, and, by focusing on levels of abstraction useful to both the psychologist and the biologist. The last part of the paper briefly discusses some of the major issues involved in an attempt to establish a neurobiologically-based theory of human behavioral and mental function.     

没听到？“听”到！——来自听觉表象神经机制研究的证据

近年来听觉表象开始得到关注,相关研究包括言语声音、音乐声音、环境声音的听觉表象三类。本文梳理了认知神经科学领域对上述三种听觉表象所激活的脑区研究,比较了听觉表象和听觉对应脑区的异同,并展望了听觉表象未来的研究方向。     

Mechanism Involvement During Skill Imagery

Explanations of the effects of initial mental imagery practice on the subsequent performance of a motor task may be divided into two categories. Inflow explanations propose that proprioceptive feedback generated during imagery practice serves as the underlying mechanism while outflow explanations claim that cognitive operations (e.g., motor programs) generated during skill imagery serve as the basis for physical performance. A test of these two models was conducted by comparing unilateral and bilateral transfer in a rotary pursuit task following either imagery or physical practice (cf. Wallace, 1977). The results showed that all transfer groups produced positive transfer relative to a no-practice control group. Further, unilateral transfer was greater than bilateral transfer for physical practice. There was no difference between unilateral and bilateral transfer for imagery practice. These data were interpreted as evidence for an outflow explanation of skill imagery.     

认知神经科学关于表象的研究

表象是不是除命题表征之外的一种独立的表征问题一直是心理学上争论不休的话题。争论的焦点主要在视觉表象与视知觉的关系上,有些研究发现视觉表象能够激活视觉系统,甚至能够激活较早的视觉皮质(如V1区),而且视知觉的选择性障碍也会导致相应的视觉表象障碍,但另外的研究却没有发现视觉表象能够激活较早的视觉皮质,而且发现视觉表象与视知觉存在双重分离。文章最后讨论了视觉表象研究中存在的一些问题。