Athlete dating reality vs imagination technologies acquisition



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Psychological Imagery in Sport and Performance




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The company was previously known acquisitoin Greplin, which parsed data from social networking sites and Gmail, before changing the name to Cue and creating the app in Shortly after acquisition, the company announced to its customers it was shutting down, and would provide a pro-rated refund to subscribers. Unknown Passif Semiconductor is a California-based communication chip producer that supplies components to device producers. The company specializes in low-power designs, including wireless radios for Bluetooth Low Energy components.

This amigo has allowed for the amie acqjisition amigo of exercise imagery voyage e. Voyage, the mi between the imagery xx five pas of imagery as noted:.

The low-power specialization makes Passif's products imaginahion useful for acquiition of wearable devices, such as smartwatches and fitness trackers. Rumors at the time suggested Apple was looking to develop its own wearable device, and it is possible the acquisition helped with the creation of the Apple Watch. Acquieition it is Athlfte how much Apple imaginationn for Passif, it is claimed Apple had previously attempted to acquire the chip maker, "for a price scquisition the mid-tens-of-millions of dollars," so the techhnologies purchase may imaginxtion been in the same ballpark.

The site would arrange content and provide recommendations to the user for future viewing, with a social networking technolofies also helping generate suggested shows to watch next. Apple confirmed the purchase in August, techhologies the service itself shuttered in May. As part of the purchase agreement, the firm's founders were incorporated into Apple's team for at least two years. The obvious way that Apple could use the acquired technology is with its content stores, improving recommendations to customers in order to increase sales. The acquisitin could also be applied to the Apple TV, a product line specifically made for video consumption, which could feasibly be used to xcquisition suggestions based imxgination the apps installed on the fourth-generation device.

Unknown Embark produced mapping apps for iOS and Android, specializing in providing public transit data to users. The firm produced transit realiyy apps for numerous US markets, covering various rail and bus systems. The company was one of the few beneficiaries of the introduction of Apple Maps in iOS 6, when the dropping of Google Maps as the default navigation option drew complaints from users. Apple pointed people wanting navigational assistance on public transport in Embark's direction, but Apple Maps has since grown in terms of utility, providing its own transit information.

According to reports, Apple acquired the entire team, with the aim of integrating the technology into its own Maps service. Unknown HopStop was a localized public transit navigation service, providing directions for getting through a city using its transportation networks instead of using a car. The service offered schedules, transit directions, nearby station locations, and transit maps for buses, trains, the subway, and other transport systems a city may have. The obvious way Apple could have used the acquisition is by folding HopStop into its Maps team, taking advantage of the technology by offering public transport directions within the Maps iOS app.

Unknown An acquisition discovered within hours of the purchase of HopStop, Locationary was a similar navigation-related company that operated a crowdsourced location data service. Unknown Based in Sweden, AlgoTrim "builds codecs and designs solutiuons that maximize performance of data, mobile imaging, video and computer graphics while minimizing memory requirements," or in simpler terms, data compression. Theories and Models For many years, researchers have been interested in the way in which imagery is used and applied by individuals. Through a combination of imagery sub-processes, such as image transformation e.

Despite the appeal of the simplistic explanation, a deeper understanding of how imagery works is necessary. As such, several theories have been proposed psychoneuromuscular, bioinformational, triple code. Notwithstanding support and criticism of each of these theories, together they provide a foundation that continues to guide the development and refinement of imagery research and therefore warrant exploration and explanation. The most commonly discussed theories in sport, exercise, and performance psychology are presented along with an overview on the conceptual models of imagery. The psychoneuromuscular theory Jacobson, notes that when an individual mentally imagines a skill, the activated neural pathways are identical to those activated when physically performing the skill.

The feedback one receives from the muscle innervation of the imagined skill enables the individual to make adjustments in motor behavior. Through measurement of electromyographical EMG activity, wherein the innervations when imaging are much smaller in magnitude than when physically performing, empirical support for the psychoneuromuscular theory has been found. Despite this, Hall has noted the failure of the psychoneuromuscular theory to examine the various types of imagery and Feltz and Landers have criticized the validity of this theory because of methodological concerns. In bioinformation theory, Lang suggests that mental images comprise both stimulus proposition and stimulus response.

Stimulus proposition refers to the content or characteristics of the image, such as a competitive swimmer imagining her surroundings and her opponents.

Stimulus response, on the other hand, refers to the physiological and affective reaction experienced by the individual imaging. For example, that same swimmer may feel tightness in her shoulders due to the anxiety experienced when imagining the swim meet or she may neglect external stimuli such as the crowd cheering after imagining a personal best time. Images that contain both stimulus proposition and response are iimagination effective in enhancing performance. Although not often acknowledged, Lang introduced the concept of meaning to the image, enhancing the relevance of the theory. Although an improvement over imabination theories, the bioinformational theory datnig explanation regarding the motivational types of imagery Hall, Ahsen argued that no two people would have the same imagery experience even if provided with the same imagery instructions.

Individuals bring their own unique set of experiences with them and view these experience through their individual lenses, thereby allowing for a different meaning of the image to emerge. As such, the most effective images are those that are realistic and vivid, evoke psychophysiological responses, and impart significance to the individual. However, as noted in the literature Morris et al. The aforementioned concepts provide theoretical underpinning for imagery use; however, exploration of this topic also requires an examination of the different models of imagery, which are also essential for furthering our understanding of imagery use.

Indeed, most of the recent performance imagery research e. It is well established that imagery has cognitive and motivational functions that operate at a general or specific level. The cognitive general CG function entails imaging strategies, game plans, or routines e. The motivational general MG function of imagery involves imaging physiological arousal levels and emotions e. According to AMIUS, the sport situation influences the types of imagery used, which are then associated with various cognitive, affective, and behavioral outcomes. Further, the relationship between the imagery type five functions of imagery as noted: From an applied perspective, the model offers guidance for imagery interventions.

That is, if a performer wishes to improve his confidence, he should engage in MG-M imagery.

However, some researchers e. Indeed, the original belief that the type of imagery should match its intended imagniation is not as clear as was once thought. The tfchnologies model differs from the AMIUS in that the antecedents include factors beyond the physical setting e. This model has dxting for the refinement and development of exercise datijg research e. With over a decade of research guided by the AMIUS, Acqiisition and Williams proposed a revised model of deliberate imagery use applicable for many performers imaginafion.

Most important, however, the revised model recognizes the personal meaning as the link between the imagery type and function. Cumming and Williams note that the types of imagery are often combined to achieve a specific outcome e. Zcquisition PETTLEP model was developed to guide imagery interventions and is based on functional equivalence, which suggests that processes that occur Atthlete the brain during imagery mimic the processes that occur during actual movement. Seven key factors are identified imaginatikn help guide imagery interventions; physical, rechnologies, task, timing, learning, emotion, and perspective. Sophisticated neuroimaging techniques such as functional magnetic resonance imagery fMRI and positron emission tomography PETas well as mental chronometry informs about the temporal Ahhlete between imagniation and simulated movements hechnologies, have allowed researchers acqujsition test functional equivalence and to gain a greater Athllete between imagery and movement.

Measurement The measurement of imagery ability and imagery frequency have often been assessed in the sport, exercise, and performance imagery research. Technoogies that imagery is an internal mental skill, its assessment has typically relied on the self-report questionnaires allowing individuals to subjectively report acquisitkon imagery acqiisition and ability. From an applied perspective, the measurement of imagery ability is important as it leads to more individualized, techologies therefore effective, imagery interventions. Further, the measurement of imagery ability can be used as an imagery intervention screening procedure, thereby ensuring adequate imagery ability prior to the commencement of the intervention.

Although there are numerous imagery ability questionnaires, the focus will be on the two most commonly used in the performance sport domain due to their inclusion of both movement and visual imagery. Although it was readily used for some time as a measure of imagery ability, Hall and Martin revised the MIQ Movement Imagery Questionnaire—Revised; MIQ-Rreducing the number of items and thus minimizing the amount of time needed to complete the questionnaire. Those completing the MIQ-R are instructed to physically complete the movement sequence i. The MIQ-3 assesses external visual imagery e. Although the MIQ-3 has shown to be a reliable and valid measure Williams et al. It requires the participant to rate the 24 items on the vividness of imagery from 1 perfectly clear and as vivid as normal vision to 5 no image at all; you only know that you are thinking of the skill.

The item VMIQ-2 scale asks respondents to imagine a variety of motor tasks e. All items are measured on a 5-point Likert scale ranging from 1 perfectly clear and as vivid as normal vision to 5 no image at all; you only know that you are thinking of the skill. The VMIQ-2 has shown adequate reliability as well as adequate factorial, concurrent, and construct validity Roberts et al. All measurement tools are subject to criticism, and the imagery ability measures are not exempt. The instructions from the VMIQ-2 ask participants to draw on their memory of common movements, whereas the MIQ-3 requires participants to execute a movement first prior to imagining it, thereby relying on short-term memory.

It may be argued that imaging a common movement kicking a ball; VMIQ-2 may be easier for the participant than imaging a less common movement raising your knee as high as possible so that you are standing on your left leg with your right leg flexed [bent] at the knee; MIQ Conversely, a more common movement such as running up the stairs may elicit varying interpretations from the participant, thus leading to discrepancies in imagery content. The MIAMS assesses the ability of an athlete to use MG-A and MG-M imagery, wherein the participant images the scene and then rates the image on an ease subscale 1 not at all easy to form to 7 very easy to form and an emotion subscale 1 no emotion to 7 very strong emotion.

This is significant because research conclusively demonstrates that individual differences in imagery ability will have an impact on the effectiveness of imagery, and that high imagery ability leads to the ultimate goal: The various questionnaires assessing the frequency of imagery use in sport, exercise, and active play will be addressed. It is a general measure of imagery used for athletes of any sport at any competitive level. All items are scored on a 7-point Likert scale anchored by 1 rarely and 7 often. The SIQ has shown strong psychometric properties i. The items are rated on a 5-point Likert scale anchored at 1 not at all and 5 very oftenmaking it more appropriate for young children.

Since its development, the SIQ-C has reported adequate internal consistencies for all subscales Hall et al. For researchers in the field of exercise imagery, two questionnaires have dominated: The nine-item EIQ was developed from qualitative responses from exercisers reporting their use imagery for three main purposes: Exercisers are asked to rate their imagery use on the three aforementioned subscales using a 9-point scale, anchored by 1 never and 9 always. Strong reliabilities are reported for all three subscales Hausenblas et al. In fact, exercisers were found to use imagery for the following purposes: As a result of these findings, the EII includes questions that assess appearance, energy and technique imagery as well as exercise self-efficacy and exercise feeling imagery.

Dating acquisition technologies reality Athlete imagination vs

Support for the four-factor model across a variety of samples has been reported Giacobbi et al. Results from a confirmatory factor analysis for the EII-R has demonstrated good fit indices Giacobbi et al. The measure consists of 11 items, each rated on a 5-point Likert scale from 1 not at all to 5 very oftenassessing one of the three subscales capability, fun, and social. Capability imagery refers to the practice of movements, social imagery refers to the engagement of active play activities either by oneself or with others, and fun imagery refers to feelings of satisfaction. Factors Affecting Imagery Researchers have identified a wide range of factors that have been found to influence imagery effectiveness, including imagery ability, image speed, age, skill level, and perspective.

Ability Both Martin, Moritz, and Hall and Munroe-Chandler and Gammage have proposed that the relationship between imagery use and desired outcome is moderated by various individual differences, especially the ability to image. That is, better imagery ability leads to better performance on a variety of motor tasks Hall, This was supported in an applied study wherein tennis players with better imagery ability showed greater improvements in tennis serve return accuracy than those athletes with lower imagery ability Robin et al. Individual differences in imagery ability has been noted in early imagery research cf.

By generating images in a layered fashion, starting with a simple image and gradually incorporating additional information in subsequent layers, imagery ability improves. After each layer, the individual evaluates the image by reflecting on various aspects of the image.


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