Congruent Responses Research Articles

The list-wide proportion congruency effect is larger when the distractor precedes the target: Evidence for conflict-independent control in the prime-probe task.

Stroop-like interference effects are smaller in blocks of mostly incongruent (MI) trials than in blocks of mostly congruent (MC) trials. It is unclear, though, how control processes trigger this list-wide proportion congruency effect (LWPCE). The attentional shift account posits that a memory of experiencing conflict more frequently in MI blocks than in MC blocks leads control processes to shift attention toward the target in MI blocks. The response modulation account posits that a memory of block-wide congruency statistics (e.g., mostly incongruent) leads control processes to form expectations about upcoming trial congruency independent of conflict and modulate distractor-related response activation to prepare an expected congruent response (in MC blocks) or incongruent response (in MI blocks) to the target. This modulation occurs, however, only if the system translates the distractor into a response before the target. We conducted two experiments with the prime-probe task (N = 120) to investigate the response modulation account's prediction that giving the distractor a "head start" in stimulus-response translation increases the LWPCE independent of conflict. Confirming this prediction, the LWPCE was larger when the distractor appeared before - versus simultaneously with - the target, even though the overall congruency (i.e., conflict) effect was equivalent in these conditions (Experiment 1) or smaller when the distractor appeared before the target (Experiment 2). We also observed a negative congruency effect in the MI blocks of Experiment 2, which is inconsistent with a shift of attention toward the target. We conclude that a modulation of response activation contributes to the LWPCE.

Different effects of smooth pursuit eye movements on motion-based stimulus response congruency.

In the motion-based stimulus-response compatibility (SRC) effect, responses are faster when the task-irrelevant stimulus motion is congruent with the response movement performance. In the present study, we tested whether smooth pursuit eye movements, related to tracking a moving object, influence motion-based SRC when present on their own or when combined with position-based SRC. We examined the motion-based SRC effect during both the response selection and response execution stages. When investigating motion-based SRC alone, participants responded with left or right movements of the single hand to the left or right movements of a centrally presented stimulus, either with their eyes fixated at the center or tracking the moving object. In the case of combined motion-based and position-based SRC, participants responded with left or right movements of the left or right hand to stimulus motion presented on the left or right side of the screen, again with eyes either fixated at the center or following the moving target. Results showed that during the response selection stage, smooth pursuit type eye movements had no effect on the motion-based SRC when the stimulus moved in the center, whereas the effect was enhanced when the stimulus presentation was lateralized. This aligns with the idea that attentional shifts differ between central and peripheral vision and that cognitive system computes various spatial maps for stimulus and response. In the case of response execution, smooth pursuit type eye movements had no effect on the motion-based SRC effect, regardless of stimulus location.

Spatial, environmental and functional distances among temporal ponds attenuate synchronization, stabilizing plant richness and biomass dynamics

Synchronized dynamics reduces ecosystem stability, as local variations in biomass or richness are directly propagated to variations in metacommunity dynamics. Synchronization of biodiversity dynamics can occur due to dispersal among communities and similar responses of different communities to correlated environmental variations, the Moran effect. This congruent response of different communities to environmental dynamics depends on their similar functional composition, which is determined by the similarity in local conditions and the spatial distance between them. In a metacommunity of 51 temporary ponds that were surveyed for 14 years, we evaluated the existence of synchronized dynamics in plant richness and biomass among communities, and their association with temporal stability. A wide range of dynamics was observed, from asynchronous to synchronous rhythms. Path analysis based on Mantel tests supported the decoupling of richness dynamics by the geographic, environmental, and functional distances between pairs of communities. Only the functional distance between communities weakly affected biomass synchrony. Synchrony in both richness and biomass between communities reduced the stability of the biomass dynamic. While synchrony in richness reduced its stability, synchrony in biomass enhanced the stability in richness dynamic. The role of rare species in richness dynamics and of dominant species in biomass dynamics may explain the observed discrepancies. Consequently, the size of metacommunities (the spatial extent and number of local communities), spatial heterogeneity, and functional diversity promote ecosystem stabilization by the mechanisms evidenced here. Climate change, environmental homogenization and landscape fragmentation may drive the synchronization and destabilization of biodiversity dynamics.

Modulations of response activation contribute to block-wide control: Evidence from proportion congruency effects in the prime-probe task.

Distractor-related congruency effects are smaller in blocks of mostly incongruent (vs. mostly congruent) trials. It remains unclear, though, how control processes produce this proportion congruency effect (PCE). The attentional shift account posits that experiencing conflict more frequently in mostly incongruent (vs. mostly congruent) blocks biases control processes to shift attention away from the distractor. The response modulation account posits that, if participants identify the distractor before the target, control processes use the distractor's identity to prepare a congruent response in mostly congruent blocks and/or an incongruent response in mostly incongruent blocks. We conducted four experiments (N = 192) to investigate whether a modulation of response activation contributes to the PCE in the prime-probe task. We observed a larger PCE when the prime/distractor appeared 166 ms before (vs. simultaneously with) the probe/target (Experiment 1) and a PCE without an overall congruency effect at a longer, 933-ms stimulus onset asynchrony (SOA; Experiment 2). Critically, the latter PCE was associated with a negative congruency effect in mostly incongruent blocks, consistent with a modulation of response activation but not a shift of attention. Finally, in a modified prime-probe task, wherein participants respond to each stimulus before the next one appears (1,133 ms SOA), we observed analogous PCEs and negative congruency effects (Experiment 3) and a PCE-like effect in response force just before the probe appeared (Experiment 4). These findings indicate an independent contribution of control processes that modulate response activation to the PCE at long prime-probe SOAs, which extends beyond minimizing distraction from irrelevant stimuli. (PsycInfo Database Record (c) 2024 APA, all rights reserved).

Advancing Sentiment Analysis Through Emotionally-Agnostic Text Mining in Large Language Models (LLMS)

The conventional methodology for sentiment analysis within large language models (LLMs) has predominantly drawn upon human emotional frameworks, incorporating physiological cues that are inherently absent in text-only communication. This research proposes a paradigm shift towards an emotionallyagnostic approach to sentiment analysis in LLMs, which concentrates on purely textual expressions of sentiment, circumventing the confounding effects of human physiological responses. The aim is to refine sentiment analysis algorithms to discern and generate emotionally congruent responses strictly from text-based cues. This study presents a comprehensive framework for an emotionally-agnostic sentiment analysis model that systematically excludes physiological indicators whilst maintaining the analytical depth required for accurate emotion detection. A novel suite of metrics tailored to this approach is developed, facilitating a nuanced interpretation of sentiment within text data, which is paramount for enhancing user interaction across a spectrum of text mining applications, including recommendation systems and interactive AI characters. The research undertakes a critical comparative analysis, juxtaposing the newly proposed model with traditional sentiment analysis techniques, to evaluate efficacy enhancements and to substantiate its application potential. Further, the investigation delves into the short-term memory capabilities of LLMs, exploring the implications for character AI roleplaying interfaces and their ability to recall and respond to user input within a text-driven emotional framework. Findings indicate that this emotionally-agnostic sentiment analysis approach not only simplifies the sentiment assessment process within LLMs but also opens avenues for a more precise and contextually appropriate emotional response generation. This abstracted model, devoid of human physiological constraints, represents a significant advancement in text mining, fostering improved interactions and contributing to the evolution of LLMs as adept analytical tools in various domains where emotional intelligence is crucial.

How does response to work communication impact employees’ collaborative performance? A view of the social connectivity paradox

Contemporary digital work practices increasingly necessitate prompt responses by employees to work-related communication. The impact of employees’ response behavior to work communication (RBWC) on collaborative performance remains underexplored. To address this gap, we propose a theoretical model integrating the theories of person-environment fit, social support, and conservation of resources. RBWC is conceptualized as the degree of communication response (in)congruence, representing the (mis)fit between rapid response expectations and the employee's ability to respond rapidly. We investigate the diverse effects of various states of response congruence on collaborative performance, mediated by the social connectivity paradox manifested as social support and social overload, while grounding this work on social support theory. The results from surveying 268 professionals and employing polynomial regression and surface response analysis demonstrate that different response congruence states significantly influence the social connectivity paradox and subsequently impact collaborative performance. Social support mediates the relationship between response congruence and collaborative performance, while social overload mediates the linear association between response ability and collaborative performance. Theoretical and practical implications are discussed.

Parent-adolescent Congruence and Discrepancy in Perceived Parental Emotion Socialization to Anger and Sadness: Using Response Surface Analysis to Examine the Links with Adolescent Depressive Symptoms.

Parents and adolescents often hold discrepant perceptions of parental emotion socialization, which reflect misunderstandings in parent-adolescent communication on emotions and have potential detrimental effects on mental health of adolescents. The present study investigated the associations between parent-adolescent congruence and discrepancy in parental emotion socialization perception to two specific negative emotions (anger and sadness) and depressive symptoms in Chinese adolescents. A total of 372 adolescents (48.4% female, Mage = 13.43, SDage = 0.49) and their parents (79.6% mother, Mage = 41.15, SDage = 5.46) participated in this study. Both parents and adolescents reported perceived parental emotion socialization to anger and sadness, and adolescents reported depressive symptoms. Data were analyzed using polynomial regression and response surface analyses. Both congruence and discrepancy in parent and adolescent's reports were associated with adolescent depressive symptoms. A higher level of adolescent depressive symptoms was associated with higher parent-adolescent congruence in supportive responses to anger, sadness, and nonsupportive responses to anger. A higher level of depressive symptoms was associated with inconsistent reporting of supportive responses to sadness and nonsupportive responses to anger (only when parents had a more positive view than adolescents). This study highlights the significance of evaluating parent-child communication process by assessing perceived emotion socialization from both parents and adolescents and analyzing the reporting congruence and discrepancy. It also suggests that enhancing effective communication regarding parental emotion socialization could be a promising target for adolescent mental health promotion programs.

Do LIS experts select more appropriate journals than journal finders? A study about LIS journals?

The primary aim of the present study is to provide a comparative-analytical analysis of the proposed results of the Manuscript Matcher with the responses of Library and Information Science experts to select the most appropriate journal for manuscript submission. This study is a kind of applied research conducted using the survey-analytical method with a comparative approach. Data were collected using a researcher-made questionnaire. The designed questionnaire was sent to 38 Library and Information Science (LIS) experts. Moreover, snowball sampling was employed to select a sample of 38 people. Twelve articles published in 12 WOSCC-indexed LIS journals were randomly selected for the Manuscript Matcher analysis. Abstracts and bibliographic data of the articles were sent to the experts. Moreover, the abstracts and titles of the 12 articles were entered in the manuscript matcher, and the results were analyzed and compared with those obtained from experts' opinions. Frequency distribution, percentage, chi-squared (χ2) test, and SPSS software (version 26) were employed for data analysis. More than 70% of the statistical population were assistant professors, 36.8% of experts had more than 40 published articles, 5% had received more than 300 citations, and 2.6% of LIS experts had an h-index above 20. Compared with 62% congruent responses of experts in the target journal selection, the Manuscript Matcher showed an inferior performance of 53% congruent responses. Furthermore, no significant relationship was found between the number of citations and the experts’ h-indexes with the rate of their congruencies in selecting the target journal. Experts were more successful than Manuscript Matcher in selecting the target journal. However, the Manuscript Matcher included comprehensive coverage of publications that can facilitate the selection of a journal for researchers due to the limited knowledge of all journal finders and the time-consuming distinct search processes.

Interference and Facilitation Effects on Stroop‐like Tasks in Older Adults

AbstractBackgroundThe effect of aging on susceptibility to interference on Stroop‐like tasks is not clearly understood. Some previous studies have suggested slowed reaction time explains age‐related diminution on Stroop performance, while more recent meta‐analyses suggest that disproportionate interference effects are seen with aging, regardless of slower reaction times. In addition, other variables such as education and IQ have been suggested to mediate Stroop‐like effects in older participants.MethodIn the current study, we assessed the relationship between age and Stroop effects in 348 participants, aged 40‐89, with a wide range of educational achievement. The Stroop tasks were administered as part of a novel computerized neuropsychological battery that utilizes advanced automatic speech recognition and transcription software, the California Cognitive Assessment Battery (CCAB). We are currently utilizing the CCAB to track changes in cognition associated with aging, including evolution of mild cognitive impairment (MCI) and dementia, in an ongoing longitudinal study.ResultMultiple regression analysis showed that age independently predicted both Stroop interference (incongruent minus neutral response times) and facilitation effects (neutral minus congruent response times). However, other variables including gender and vocabulary also independently predicted Stroop facilitation, while gender also independently predicted Stroop interference.ConclusionIn summary, while aging has a significant impact on interference and facilitation effects on Stroop‐like tasks, additional variables such as gender and vocabulary (a proxy for IQ) also play a role in performance on these measures of selective attention.

The Development of a Novel Suicide Postvention Healing Model for Muslim Communities in the United States of America.

Suicide among American Muslims is understudied, despite recent research highlighting increased suicide attempts amongthis population. While suicide is forbidden in Islam, formal guidelines for addressing and responding to suicide within Muslim communities did not exist until recently. The Stanford Muslim Mental Health and Islamic Psychology Lab has responded to a number of suicides in Muslim communities across North America and implemented an original model for suicide response and community healing. This approach incorporates Islamic principles and values to create a culturally and religiously congruent response to suicide that can support loss survivors and steer impacted communities toward healing. The Muslim Postvention Community Healing session described in this paper aims to provide a safe space for individuals impacted by suicide to come together and process their emotions, while also using Islamic teachings to guide the healing process. This unique model has the potential to serve as a valuable resource for Muslim communities across North America, and beyond, in addressing and responding to suicide.

The impact of response congruence on speech production: An event-related potentials study

A puzzling finding in the speech production literature is the facilitation of categorically related distractors in a superordinate level naming task. The context is in this case response congruent, because application of the task instruction to the context would lead to the correct response. This study investigates the time-course of response congruence effects in speech production using event-related potentials (ERPs). Participants overtly named target words that were overlaid on context pictures with either their superordinate category level name or their associated function, while their response times and ERPs were recorded. Behavioural results replicate the facilitating effect of response congruence. The ERP results showed that the N2 was larger for a response incongruent than congruent context, and this effect correlated with the behavioural pattern of results. This key finding suggests that response incongruence is associated with a conflict-monitoring response which drives the behavioural effect. Further, N400 amplitude was not modulated by response congruence, showing that its effect appears confined to the conceptualisation phase. Finally, P3 modulations mirrored those in RTs, but unlike the N2 effect, they did not correlate with RTs. This suggests that, although the facilitating effect of response congruence is confined to the conceptualisation phase of speech production, response incongruent representations may remain active during later processing stages, or that this late effect of response congruence reflects conflict resolve. Implications for models of speech production are discussed.

Task Switching and Visual Search: Evidence for a Tradeoff Between Congruent and Incongruent Target Responses

In task switching studies, mapping different responses to the same physical keys creates two response categories: congruent and incongruent. Congruent and incongruent responses are distinguished by whether or not a key press is the same between different task instructions. Task switching studies often report that incongruent responses have higher error rates and RTs than congruent responses. In this study, we investigate this congruency effect by asking: Does the presence of incongruent stimuli detract from performance on congruent stimuli? If true, participants may perform worse on congruent stimuli as more incongruent stimuli are added. To test this hypothesis, we created a visual search and task switching paradigm where participants search for targets while the congruence of a target changes. Results show a tradeoff in accuracy between incongruent and congruent targets—when incongruent stimuli are added, participants are worse at finding congruent stimuli, even though congruent stimuli are targets throughout the task.

Functional Training and Dual-Task Training Improve the Executive Function of Older Women.

Functional training (FT) is a type of multicomponent training with emphasis on activities of daily living that stimulate different physical capacities in only one session. Dual-task training (DTT) is a type of training that simultaneously applies cognitive and motor stimuli. We investigated the effects of sixteen weeks of FT and DTT and eight weeks of detraining on older women's inhibitory control, working memory, and cognitive flexibility. Sixty-two older women (66.9 ± 5.4 years; 27.7 ± 3.9 kg/m2) completed a 16-week intervention program comprising the FT (n = 31) and DTT (n = 31), and 43 returned after the detraining period. We used the Stroop Color Word Color test to evaluate inhibitory control, the Corsi Block Test to assess working memory, and the Trail Making Test to evaluate cognitive flexibility. Only DTT reduced the congruent response time between the pre-test and post-test (d= -0.64; p < 0.001), with no difference between the post-test and the detraining values (d = 1.13; p < 0.001). Both groups reduced the incongruent response time between the pre-test and post-test (FT: d = -0.61; p = 0.002; DTT: d= -0.59; p = 0.002) without a difference between groups. There were no significant differences in working memory and cognitive flexibility. Sixteen weeks of FT and DTT increased the inhibitory control of older women but not the working memory and cognitive flexibility, and these effects persisted after eight weeks of detraining.

Skill-based differences in the impact of opponent exposure during anticipation: the role of context-environment dependency

IntroductionWe examined skilled-based differences in the impact of exposure to an opponent with action tendencies that were either independent of, dependent on, or both independent of and dependent on evolving environmental information during anticipation.MethodsA video-based two-vs.-two soccer task was employed, where 14 expert and 14 novice soccer players had to predict an attacking opponent's imminent actions, before and after exposure to the preceding actions of the opponent.ResultsAnticipation accuracy, number of responses congruent with the opponent's action tendencies, response confidence, and visual dwell time on the opponent in possession increased following opponent exposure, both in experts and novices. When compared to novices, experts demonstrated higher anticipation accuracy, more congruent responses, and greater response confidence. Novices performed at their best when the opponent exhibited action tendencies that were independent of the environment, whereas experts demonstrated their highest performance when the opponent had action tendencies that were both independent of and dependent on unfolding environmental information.DiscussionOur findings provide novel insights into the role of context-environment dependency and support the notion that experts are superior to novices in detecting and utilizing opponents' action tendencies and integrating this information with unfolding environmental information during anticipation.

Social media content strategy in hospitality: the impact of experiential posts and response congruence on engagement, hotel image, and booking intention

ABSTRACTThis study aims to address the role of content type in social media posts and the influence of management response congruence on improving user engagement, booking intention and hotel brand image. An online between-subjects factorial experimental design with 559 subjects from a consumer panel was performed to test the proposed model. The empirical evidence suggests that congruency should be considered a key moderating variable when assessing the impact of content and messages on social media since it might significantly change how content affects online users’ decision-making process. If hotel management is thus unable to properly manage its responses to users’ comments in a congruent way, posts related to the ambience dimension become more important. Furthermore, congruence between a published post and the subsequent management response to user comments effectively leads to higher engagement, functional brand image, hedonic brand image and booking intention than incongruent or no management response.本研究旨在探讨社交媒体帖子内容类型的作用,以及管理层回应一致性对提高用户参与度、预订意向和酒店品牌形象的影响。研究采用在线主体间因子实验设计,从消费者小组中挑选了 559 名受试者,对所提出的模型进行了检验。实证结果表明,在评估社交媒体上内容和信息的影响时,一致性应被视为一个关键的调节变量,因为它可能会显著改变内容对在线用户决策过程的影响。如果酒店管理层无法以一致的方式妥善管理其对用户评论的回应,那么与氛围维度相关的帖子就会变得更加重要。此外,与不一致或无管理回应相比,发布的帖子与随后管理层对用户评论的回应之间的一致性能有效提高参与度、功能性品牌形象、享乐性品牌形象和预订意向。

Interpretation of the Patient Health Questionnaire 9 in High-Impact Chronic Pain: Do We Measure Depressive Symptoms the Way We Think?

Depression is prevalent among patients with chronic pain and may impact pain management. An accurate assessment is, however, complicated by overlapping symptoms. This study investigated how patients with high-impact chronic pain interpreted and responded to the Patient Health Questionnaire 9 (PHQ-9) to identify problematic items and causes hereof. Cognitive interviews using the Three-Step Test-Interview procedure were conducted during the completion of the PHQ-9 in 33 patients with high-impact chronic pain referred to interdisciplinary treatment. Responses were analyzed using 4 coding categories: (1) "congruent" (response consistent with intention); (2) "incongruent" (response not consistent intention); (3) "ambiguous" (response both congruent and incongruent or insufficient to evaluate congruency); and (4) "confused" (response with confused or misunderstood statements). Next, the content of responses to problematic items was analyzed to identify causes for noncongruency, and encountered response difficulties were identified across all items. Three items (items 2, 6, and 9) performed as intended (>97% congruent responses), while 7 items (items 1, 3, 4, 5, 7, 8, and 10) were identified as problematic (<50% congruent responses). Problematic items had 1 or more issues: Responses were based on (1) pain-related issues or (2) other (non-pain) factors unrelated to depression, or item structure caused response difficulties due to wordings, reversion, or having 2 questions in 1. Problematic items limit the construct validity of the PHQ-9, leaving an increased risk of inflated depression scores in high-impact chronic pain. Identified problems should guide future revisions to enhance validity and screening accuracy for the benefit of both research and clinical practice.

Exploring the impact of stimulus-stimulus and stimulus-response conflicts on computer mouse trajectories: continuous flow of information from stimulus encoding to response preparation to motor action.

In recent years, mouse tracking (designing experiments in which participants provide responses via dynamic computer mouse movements) has enjoyed increasing experience in experimental psychology. Mouse-tracking studies typically involve some form of stimulus-response (S-R) conflict, and S-R effects emerge in movement trajectories (as well as in latencies). By contrast, it is currently unclear how stimulus-stimulus (S-S) compatibility affects movements. Here, we used a spatial arrow task which allowed us to generate S-R and S-S effects within the same experiment. Experiment 1 clarified in a key press experiment that this manipulation generates clear S-S and S-R effects in latencies. More critically, Experiment 2 demonstrated that both types of conflict impact mouse trajectories with incompatibility emerging as increased 'curvature' of responses when compared to congruent responses. We argue that these results are best explained via the assumption of 'continuous flow' of information, from stimulus encoding to response preparation and finally into motor action. By contrast, the S-S effect on trajectories contradicts the notion that processing is 'thresholded' between stimulus encoding and response preparation.

Testing the saliency-based account of phasic alertness.

As an essential component of the human attention system, the effect of phasic alertness refers to the change of performance with the presence of a preceding warning signal. Weinbach and Henik (Cognition, 133 (2), 414-419, 2014) argued that phasic alertness is an adaptive mechanism that diverts attention to salient events. This mechanism enhances selective attention when the critical event is more salient than others. When selective attention to less salient details is required, phasic alertness can lead to more interference from task-irrelevant information. The experiment on which this saliency-based account of phasic alertness is based has not been replicated. In two experiments, the present study attempted to replicate the alertness-related findings of Weinbach and Henik. Although we used a similar design, the results did not reveal evidence for an interaction between phasic alertness and response congruency in the global/local processing task. Our results do not support the saliency-based account of phasic alertness. We argue that more systematic investigation is needed for this phasic alertness account.

208 DBS-Induced Improvement in Cognitive Control is Mediated by Theta Oscillations in Human Intracranial Recordings

INTRODUCTION: Deficits in cognitive control, defined as the ability to adjust response or attention in the face of competing or changing demands, are thought to be responsible for inflexible behaviors in neuropsychiatric diseases. Here, we seek to understand frontotemporal networks underlying dysfunctional cognitive function using sEEG recordings and deep brain stimulation (DBS) in human subjects with treatment-resistant depression (TRD). METHODS: We employed a forced two-choice cognitive control task where the strength in the target and the distractor interference of a visual stimulus was parametrically and independently varied, resulting in granular variation in response congruence. This task was performed in 13 total subjects, 10 of whom underwent sEEG implants for epilepsy monitoring, whereas 3 subjects were participating in a clinical trial of DBS for TRD and were additionally implanted with DBS leads in the ventral capsule/ventral striatum and subcallosal cingulate. RESULTS: Reaction time (RT) and accuracy worsened with increasing levels of conflict across all subjects (Cohen’s d-accuracy = 0.7, Cohen’s d-RT = 0.2) prior to stimulation. Single-trial regression analyses revealed a parametric effect of task conflict with theta-band (4-7 Hz) power across the dorsolateral PFC (dlPFC), dorsal anterior cingulate cortex, orbitofrontal cortex (OFC) as well as the insula. DBS significantly improved behavioral performance, demonstrated by reduced RT (1080 土 10 ms to 840 土 50 ms), and improved accuracy(70 土 9.8% to 90 土 5%). While we observed an overall increase in theta power across the PFC and ACC in TRD participants following DBS, the effect of conflict in theta power was reversed (theta power decreased with increasing conflict in dlPFC and OFC). CONCLUSIONS: Leveraging this unique behavioral paradigm with concurrent distributed intracranial recordings and causal manipulation broadens our understanding of neural substrates of decision-making as well as the mechanisms of therapeutic action of DBS for TRD and other psychiatric disorders.

Task Switching: On the Relation of Cognitive Flexibility with Cognitive Capacity.

The task-switching paradigm is deemed a measure of cognitive flexibility. Previous research has demonstrated that individual differences in task-switch costs are moderately inversely related to cognitive ability. However, current theories emphasize multiple component processes of task switching, such as task-set preparation and task-set inertia. The relations of task-switching processes with cognitive ability were investigated in the current study. Participants completed a task-switching paradigm with geometric forms and a visuospatial working memory capacity (WMC) task. The task-switch effect was decomposed with the diffusion model. Effects of task-switching and response congruency were estimated as latent differences using structural equation modeling. Their magnitudes and relations with visuospatial WMC were investigated. Effects in the means of parameter estimates replicated previous findings, namely increased non-decision time in task-switch trials. Further, task switches and response incongruency had independent effects on drift rates, reflecting their differential effects on task readiness. Findings obtained with the figural tasks employed in this study revealed that WMC was inversely related to the task-switch effect in non-decision time. Relations with drift rates were inconsistent. Finally, WMC was moderately inversely related to response caution. These findings suggest that more able participants either needed less time for task-set preparation or that they invested less time for task-set preparation.