Comparing Response Times Research Articles

Self‐Sensing Artificial‐Muscle‐Empowered Humanlike Perception, Interaction, and Positioning

Bioinspired soft and hybrid robots provide a promising solution to developing robots that can interact and collaborate with humans safely and effectively. Bellow‐like pneumatic artificial muscles can produce biological muscle‐like contraction with comparable response time and force output, but closed‐loop control has been a challenge without an effective length sensing solution. Herein, a self‐sensing artificial muscle (SSAM), which can sense its own length regardless of the external loadings and driving pressures, is proposed. Empowered by a seamlessly integrated mutual‐inductance‐based length sensor (MILS), the SSAM can sense its length change as small as 0.01 mm (0.012% of the initial liength 80 mm) in a wide range. The working principle of the MILS is analyzed theoretically to provide a design guideline. An SSAM‐based earthworm‐like locomotion robot is developed with the capability of knowing its real‐time body length change at different gaits. An artificial arm driven by one SSAM is also developed and demonstrated with humanlike capabilities of loading perception, interactive and responsive movements, and accurate positioning. This work provides a promising solution to develop muscle‐driven hybrid robotic systems with embodied intelligence for skilled manipulation and sophisticated human–machine interactions.

The development and characterisation of 3D-printed multi-material thermistor

This paper introduces a multi-material, low-cost, and highly sensitive thermistor concept developed for body temperature monitoring. The designed thermistor employs poly(3,4-ethylenedioxythophene):poly(4-styrenesulfonate) (PEDOT:PSS) for the temperature sensing layer, silver (Ag) for the contact electrodes, and polycarbonate (PC) as the substrate. In contrast to traditional printed electronics substrates used in thermistor development, the utilisation of Material Extrusion via Fused Deposition Modelling (FDM) for the manufacture of PC substrates is the distinct feature of the work. For the manufacture of multi-material thermistors two different Additive Manufacturing (AM) methods: FDM for substrates and micro dispensing for PEDOT:PSS sensing layer and Ag electrodes, were utilised. Two thermistors with varying sensing areas, namely D1 and D2, were designed and fabricated. The thermistors demonstrated a high degree of linearity and repeatability within the temperature range of 25–45°C with a viable hysteresis maximum around 3%. The measurement sensitivity of thermistors was assessed based on Temperature Coefficient of Resistance (TCR) values, which were –0.68 ±0.057% and –0.49 ±0.078% per °C for the D1 design and –0.53 ±0.078% and –0.40 ±0.069% per °C for the D2 design, during heating and cooling, respectively. Comparable average response and recovery times to the literature were also acquired, which were 31.47 ±1.02 and 54.42 ±0.70seconds for D1 and 27.38 ±0.96 and 48.45 ±1.69seconds for D2, during heating and cooling, respectively. It was evident that the sensing area had an impact on thermistor TCR as well as response and recovery times, where higher TCR and faster response and recovery times were recorded with the small sensing area. It was also observed that humidity had a significant impact on thermistor reliability, exhibiting a normalised resistance change of ∼12% and ∼9% of the initial measurement at 50 and 75% RH, respectively. When compared to PEDOT:PSS-based thermistors reported in the literature, the obtained results in this research have demonstrated that our multi-material thermistor concept is a promising candidate for the low-cost and highly sensitive multi-material thermistor that can be manufactured in a fully additive manner using AM technologies.

Performance of Robust Type-2 Fuzzy Sliding Mode Control Compared to Various Conventional Controls of Doubly-Fed Induction Generator for Wind Power Conversion Systems

This paper presents a novel hybrid type-2 fuzzy sliding mode control approach for regulating active and reactive power exchanged with the utility grid by a doubly-fed induction generator in a wind energy conversion system. The main objective of this hybridization is to eliminate the steady-state chattering phenomenon inherent in sliding mode control while improving the transient delays caused by type-2 fuzzy controllers. In addition, the proposed control approach has proven to be successful in coping with varying generator parameters and exhibited good reference tracking. An in-depth comparative study with state-of-the-art advanced control techniques is also the focus of the present paper. The comparative study has three objectives, namely: a qualitative comparative study that aims to compare response times and reference tracking capabilities; a quantitative evaluation that takes into account time-integrated performance criteria; and finally, robustness capabilities. The simulation results, carried out in the Matlab/Simulink environment, have demonstrated the effectiveness and best performance of the proposed hybrid type-2 fuzzy sliding mode control with respect to other advanced techniques included in the comparison study.

Emergency Service Response Time Performance Analysis in the Hospitals with Level Two Health Facilities: Comparative Study

The Emergency Unit (ER) is a part of the hospital that provides rapid treatment for patients according to the severity of their condition. Response time is the speed of the medical team in the ER in treating patients, starting from the moment the patient arrives until medical action is given. Fast and precise response time can reduce the complications that can arise and the patient's cost burden. The number of patients and the number of nurses that are not comparable can affect the response time of nurses. Research observing and comparing response times is still very limited. This study aims to determine the difference in service response time in the ER in two hospitals with second-level health facilities. This type of research is quantitative using a descriptive comparative approach. The research method uses observation and questionnaire methods. Data collection directly using the stopwhatt tool. Sampling was taken using the Accidental sampling technique. Data analysis used the difference between two means test with Mann-Whitney. Observations were carried out on nurses in the emergency room totaling 52 observations in each hospital for three months. The results of the analysis show a value of P = 0.688, where this probability value is more than 0.05, so the hypothesis fails to be rejected, so it can be concluded that statistically there is no significant difference in the Response Time of nurses in the two Emergency Units. Nurses must provide a response time according to the regulations set by the Ministry of Health, namely less than five minutes.

Cu1.4Mn1.6O4 as a bifunctional transducer for potentiometric Cu2+ solid-contact ion-selective electrode

Current potentiometric Cu2+ sensors mostly rely on polymer-membrane-based solid-contact ion-selective electrodes (SC-ISEs) that constitute ion-selective membranes (ISM) and solid contact (SC) for respective ion recognition and ion-to-electron transduction. Herein, we report an ISM-free Cu2+-SC-ISE based on Cu–Mn oxide (Cu1.4Mn1.6O4) as a bifunctional SC layer. The starting point is simplifying complex multi-interfaces for Cu2+-SC-ISEs. Specifically, ion recognition and signal transduction have been achieved synchronously by an ion-coupled-electron transfer of crystal ion transport and electron transfer of Mn4+/3+ in Cu1.4Mn1.6O4. The proposed Cu1.4Mn1.6O4 electrode discloses comparable sensitivity, response time, high selectivity and stability compared with present ISM-based potentiometric Cu2+ sensors. In addition, the Cu1.4Mn1.6O4 electrode also exhibits near Nernstian responses toward Cu2+ in natural water background. This work emphasizes an ISM-free concept and presents a scheme for the development of potentiometric Cu2+ sensors.

Electrically Tunable Multiple-Effects Synergistic and Boosted Photoelectric Performance in Te/WSe2 Mixed-Dimensional Heterojunction Phototransistors.

Mix-dimensional heterojunctions (MDHJs) photodetectors (PDs) built from bulk and 2D materials are the research focus to develop hetero-integrated and multifunctional optoelectronic sensor systems. However, it is still an open issue for achieving multiple effects synergistic characteristics to boost sensitivity and enrich the prospect in artificial bionic systems. Herein, electrically tunable Te/WSe2 MDHJs phototransistors are constructed, and an ultralow dark current below 0.1pA and a large on/off rectification ratio of 106 is achieved. Photoconductive, photovoltaic, and photo-thermoelectric conversions are simultaneously demonstrated by tuning the gate and bias. By these synergistic effects, responsivity and detectivity respectively reach 13.9 AW-1 and 1.37×1012 Jones with 400 times increment. The Te/WSe2 MDHJs PDs can function as artificial bionic visual systems due to the comparable response time to those of the human visual system and the presence of transient positive and negative response signals. This work offers an available strategy for intelligent optoelectronic devices with hetero-integration and multifunctions.

Response times in rural areas for emergency medical services, fire and rescue services and voluntary first responders during out-of-hospital cardiac arrests

AimTo increase survival in out-of-hospital cardiac arrests (OHCA), great efforts are made to improve the number of voluntary first responders (VFR). However, evidence of the potential utility of such efforts is sparse, especially in rural areas. Therefore, the aim was to describe and compare response times for emergency medical services (EMS), fire and rescue services (FRS), and VFR during OHCA in relation to population density. MethodsThis observational and comparative study was based on data including positions and time stamps for VFR and response times for EMS and FRS in a region in southern Sweden. ResultsIn total, 285 OHCAs between 1 July 2020 and 31 December 2021 were analysed. VFR had the shortest median response time in comparison to EMS and FRS in all studied population densities. The overall median (Q1–Q3) time gain for VFR was 03:07 (01:39–05:41) minutes. A small proportion (19.2%) of alerted VFR accepted the assignments. This is most problematic in rural and sub-rural areas, where there were low numbers of alerted VFR. Also, FRS had shorter response time than EMS in all studied population densities except in urban areas. ConclusionThe differences found in median response times between rural and urban areas are worrisome from an equality perspective. More focus should be placed on recruiting VFR, especially in rural areas since VFR can potentially contribute to saving more lives. Also, since FRS has a shorter response time than EMS in rural, sub-rural, and sub-urban areas, FRS should be dispatched more frequently.

Rapid response to antidepressants and correlation with response and remission after acute treatment

BackgroundPharmacological treatment of depression with antidepressants is well established, but the desired therapeutic effect may take several weeks to manifest. Few studies have compared response time and improvement rates and its prognostic value for different antidepressants. An accurate response predictor could help guide decisions on whether to maintain an antidepressant for longer or switch. MethodsA secondary analysis data from four clinical trials involving four different antidepressants (venlafaxine, sertraline, mirtazapine, and fluoxetine) and placebo was performed to evaluate the relationship between response time and acute treatment outcome. All patients from the four trials were diagnosed as having a Major Depression episode. Contingency tables were built from the combination of dichotomous variables for all groups. Positive predictive value (PPV), negative predictive value (NPV), sensitivity, specificity and accuracy were determined. ResultsResponse > 50 % after two weeks of treatment was associated with remission at the end of the acute phase (eight weeks) of treatment for all antidepressants tested, except fluoxetine. Response to mirtazapine within one week was a predictor of response and/or remission after acute treatment, having a high level of accuracy as a predictor of remission for early improvement > 50 %. Mirtazapine also promoted a more rapid response compared with the other antidepressants trialed. LimitationsSeverity at baseline varied among the trials and only a small sample was included in the fluoxetine group. ConclusionsThe present study revealed that early evaluation (at 1 and 2 weeks) might be beneficial as a treatment strategy, given the heterogeneous patterns of response between antidepressants.

Evaluation ofGender Disparity inTactical Combat Casualty Care.

Women comprise nearly 19% of the U.S. military and now serve in almost all operational roles, increasing their risk of combat trauma and injuries.3 Data from the Joint Trauma Registry during Operation Enduring Freedom shows that battle-injured females had a higher case fatality rate at 36% compared to their male counterparts at 17%.1 The Tactical Combat Casualty Care curriculum is used to prepare battlefield medics to provide immediate care to wounded service members, but fails to address differences in the care of female versus male casualties. The students, who are presented with life-threatening injuries in simulated trauma scenarios, may be slower to assess, identify, and treat injuries in female patients as compared with male patients. This observational program analysis was reviewed by the Uniformed Services University Human Research Protections Program and approved for execution as an exempt protocol under the provision of 32 CFR 219.104(d)(1). The study assessed the performance of male and female Mexican military personnel during a Tactical Combat Casualty Care course, using standardized trauma scenarios. Anatomically, correct male and female manikins were used to compare response time for different gender patients presenting with the same injuries. There was a statistically significant increase in time required to complete an initial blood sweep, identify a gunshot wound to the chest, and call for medical evacuation when treating a female patient compared to a male patient. A lack of female representation in trauma training may have contributed to the higher case fatality rate of female soldiers compared to male soldiers during Operation Enduring Freedom. Female live actors and Gender Retrofit Kits can augment trauma casualty assessment and treatment training scenarios and better prepare our forces to respond to life-threatening emergencies.

Bodily cues of sex and emotion can interact symmetrically: Evidence from simple categorization and the garner paradigm.

Although much research has investigated how multiple sources of social information derived from faces are processed and integrated, few studies have extended this investigation to bodies. The current study addressed this gap by investigating the nature of the interaction between bodily cues of sex and emotion. Using the Garner paradigm, participants recruited from a university student participant pool categorized the sex or the emotional expression (happy and angry in Experiment 1 [n = 194], angry and sad in Experiment 2 [n = 129]) of bodies across two block types. In orthogonal blocks, participants categorized bodies along one dimension while the second dimension was varied (e.g., categorizing the sex of happy and angry bodies), whereas in control blocks the second dimension was held constant (e.g., categorizing the sex of only happy bodies). Responses were analyzed in two ways. Comparing response times across blocks revealed Garner interference (overall faster categorization in the control than in the orthogonal block) of sex on emotion perception and emotion on sex perception in Experiment 1 but not Experiment 2. Comparing condition level responses in orthogonal blocks indicated that sex cues moderated emotion categorization and emotion cues moderated sex categorization in both experiments. A symmetrical interaction between bodily sex and emotion cues can be observed in simple categorization as well as in the Garner paradigm, though the presence of Garner interference depended on the valence of the expressions used. Given similar results observed in face processing, finding interactivity in body perception is likely to generalize beyond the study sample. (PsycInfo Database Record (c) 2023 APA, all rights reserved).

#3961 A COMPARATIVE ANALYSIS OF EMOTIONAL RECOGNITION AND DIFFERENTIATION TWO YEARS FOLLOWING KIDNEY TRANSPLANTATION VERSUS HEMODIALYSIS.

Abstract Background and Aims Cognitive impairment is common in patients with End Stage Kidney Disease. There are conflicting reports regarding the degree and interval of improvement of cognitive functions with the different modalities of renal replacement therapy. Most of the published reports relied on screening tests not covering the emotional aspects of cognition. Also, the timings of assessment are different being at most during the first year of establishing the modality. Method Ninety age, gender, and educational level-matched participants were enrolled in the study. The participants were divided into three equal groups, thirty kidney transplant (KT) patients, thirty hemodialysis patients (HD) for more than two years, and thirty control non-diseased participants. The participants included were below 60 years of age and with no previous history of a neurological defect. All patients were subjected to three Computerized Neurocognitive Battery tests (Age differentiation test, emotional recognition, and differentiation). All the tests were judged for accuracy and the time consumed to answer. Results The median value of transplant duration was 59 months (24- 168), and 66 months (27- 180) of HD duration. Both groups were comparable in age, gender, educational level, socioeconomic, and marital status. KT patients were comparable to controls at all parameters of testing. KT patients' answers were significant of higher accuracy than HD patients (P = 0.04 for age differentiation and emotion recognition, and 0.005 for emotion differentiation). KT and HD had comparable response times. Total correct responses of emotional differentiation tests were negatively correlated with KT duration (rho = −0.348, P = 0.02), and (rho = −0.345, P = 0.01) for HD duration. The cumulative steroid dose was not correlated with any of the tested parameters in the KT group. Conclusion KT offers a much better emotional and social cognitive improvement, an effect that is expected to positively impact the quality of life and involvement in society.

Amperometric Measurements by a Novel Aerosol Jet Printed Flexible Sensor for Wearable Applications

In the last years, increasing interest has been addressed on wearable devices for the continuous monitoring of biochemical profiles of patients and athletes. Among various markers, lactate represents one of the most interesting to deepen the knowledge on fatigue processes, in combination with traditional electromyographic features. In this work, we propose a new, low-cost, rapid, and flexible electrochemical amperometric lactate carbon biosensor fabricated by the novel technique of aerosol jet printing (AJP). The developed biosensors were combined with a paper-based microfluidic system and a chitosan-based stable functionalization to allow a long-term continuous monitoring of human daily activities. The sensor performances were evaluated by static and dynamic electrochemical tests in buffered media. The limit of detection is 11 ± 2 mM for the static setup and of 15 ± 6 mM for the dynamic setup, while sensitivity is 0.02 and 0.04 <inline-formula xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink"> <tex-math notation="LaTeX">$\mu \text{A}$ </tex-math></inline-formula> /mM, respectively, with single sigma standard deviation lower than 8%. Increasing and decreasing concentration steps of lactate induces comparable response times below 30 s. These results obtained in vitro under controlled laboratory conditions represent a promising starting point to pursue with ex-vivo and in vivo validation for the future development of stand-alone wearable patches for noninvasive lactate measurements.

Sequence Learning in an Online Serial Reaction Time Task: The Effect of Task Instructions

The serial reaction time task (SRTT) is commonly used to study motor learning and memory. The task is traditionally administered in a lab setting with participants responding via button box or keyboard to targets on a screen. By comparing response times of sequential versus random trials and accuracy across sequential trials, different forms of learning can be studied. The present study utilized an online version of the SRTT to study the effects of instructions on learning. Participants were randomly assigned to an explicit learning condition (with instructions to learn the visual sequence and associated tone) or an implicit learning condition (without instructions). Stimuli in both learning conditions were presented in two phases: auditory and visual (training phase), followed by auditory only (testing phase). Results indicated that learning occurred in both training and testing phases, as shown by a significant decrease in response times. There was no significant main effect of learning condition (explicit or implicit) on sequence learning. This suggests that providing explicit instructions does not seem to influence sequence learning in the SRTT learning paradigm. Future online studies utilizing the SRTT should explore varying task instructions in a parametric manner to better understand cognitive processes that underlie sequence learning.

Multi-sensory feedback improves spatially compatible sensori-motor responses

To interact with machines, from computers to cars, we need to monitor multiple sensory stimuli, and respond to them with specific motor actions. It has been shown that our ability to react to a sensory stimulus is dependent on both the stimulus modality, as well as the spatial compatibility of the stimulus and the required response. However, the compatibility effects have been examined for sensory modalities individually, and rarely for scenarios requiring individuals to choose from multiple actions. Here, we compared response time of participants when they had to choose one of several spatially distinct, but compatible, responses to visual, tactile or simultaneous visual and tactile stimuli. We observed that the presence of both tactile and visual stimuli consistently improved the response time relative to when either stimulus was presented alone. While we did not observe a difference in response times of visual and tactile stimuli, the spatial stimulus localization was observed to be faster for visual stimuli compared to tactile stimuli.

Air ambulance service from Akureyri, Iceland 2012-2020

This study investigated the use of fixed-wing air ambulance in Iceland between 2012 and 2020. Medical records were filled out during each flight and information afterwards entered into an electronic database. The annual number of patient transports nationwide; triage scale category; reason for transportation, age and gender; and departure and arrival airports were analyzed. Response time and total transport time were compared between years and locations. Poisson regression analysis was used to compare the yearly number of transports. One-way ANOVA was used to compare response time and total transport time by year and departure site. In total, 6011 patients were transported in fixed-wing air ambulances during the study period. Majority were male (54.3%). Median age was 64 years (range 0-99 years). Most patients were transported due to medical conditions; 15.8% due to trauma. Thirty percent of women aged 20 to 44 years were transported due to pregnancy or childbirth. Two-thirds of patients were transported to Reykjavik (n=3937), and one-fifth to Akureyri (n=1139). Median response time for acute transports was 84 minutes (range 0-2870 minutes). Median total transport time was 150 minutes (range 50-2930 minutes). Differences were found in total transport time from departure locations (F=32.19; DF 9, 2678; p<0,001). Egilsstaðir, Norðfjörður, Höfn, and, partly, Ísafjörður had the longest total transport times. Icelandic air ambulance flights are often long, likely affecting outcomes for patients with time-sensitive medical conditions. Access to specialized healthcare is unequal among places of residence, and it is important to address this.

The Response Time of Trauma and non Trauma Patients Handling in Emergency Room Surabaya

Background: Emergency room is one of the unit services in hospitals that provide first services in patients with threat of disability or even death. Emergency room is a service unit in hospital with 24 service hours for 7 days in a week. The high risk and working hours in the emergency room requires the medical personnel that have a good response times in triage room. Objective: To compare response time of medical personnel when handling trauma and non trauma patients in the emergency room. Method: A non-experimental, quantitative research methods using analytic observational. The population of this study was patient in emergency room Soetomo hospital Surabaya. The amount of the sample was 244 which divided into 41 trauma case and 203 non trauma case. Result: Response time of patients with trauma injuries that include quick category (&lt; 5 minutes) amounted to 35 patients and 6 patients in slow category (&gt; 5 minutes) with average response times of trauma patients is 6.244 minutes. Response time of patients with non trauma injuries that include quick category (&lt; 5 minutes) amounted to 161 patients and 42 patients in slow category (&gt;5 minutes) with average response times of non trauma patients is 3.722 minutes. The p value response times of medical personnel in dealing with trauma and non-trauma patients is 0.374 (&gt; 0.05) which means there is no difference in response times from medical personnel in handling trauma and non-trauma patients. Conclusion: There was no difference in the response time of medical personnel in trauma and non-traumatic patients handling (p&gt;0,05). Overall, it was found that the average emergency room’s response time at Soetomo hospital was 4.15 minutes, still meeting the applicable standards.

Re-examining attention capture at irrelevant (ignored?) locations.

In 2018, Ruthruff and Gaspelin used a modified spatial cuing paradigm in which targets were presented at two locations while abrupt-onset cues could be presented at four locations. They found that performance following cues presented at irrelevant locations was no worse than following no cue or following a centrally presented cue. They concluded, as conveyed by the title of their article (Immunity to Attentional Capture at Ignored Locations) that a spatial attentional control setting had eliminated capture of attention. This conclusion was reached by comparing response time to targets on cue-absent versus irrelevant cues condition. We administered the exact same task in Experiment 1 and observed that responses on irrelevant trials were faster compared with cue absent trials providing support for the "immunity to attention capture claim" made by Ruthruff and Gaspelin (2018). However, cue absent trials may not be the most appropriate baseline condition as they lack the alerting benefit provided by cue-present trials. Thus, equivalent response times (RTs) on trials with absent cues and irrelevant cues observed in Ruthruff and Gaspelin (2018) could have been due to the lack of this alerting benefit. We tested this in Experiment 2 by additionally including a warning beep on every trial as an alerting signal. With this methodological change, we observed that responses were slower on irrelevant trials compared with the cue absent trials suggesting interference from cues at irrelevant locations. This study underscores the importance of using the appropriate baseline while testing attention capture. (PsycInfo Database Record (c) 2022 APA, all rights reserved).

How to measure post-error slowing: The case of pre-error speeding

Post-error slowing is one of the most widely employed measures to study cognitive and behavioral consequences of error commission. Several methods have been proposed to quantify the post-error slowing effect, and we discuss two main methods: The traditional method of comparing response times in correct post-error trials to response times of correct trials that follow another correct trial, and a more recent proposal of comparing response times in correct post-error trials to the corresponding correct pre-error trials. Based on thorough re-analyses of two datasets, we argue that the latter method provides an inflated estimate by also capturing the (partially) independent effect of pre-error speeding. We propose two solutions for improving the assessment of human error processing, both of which highlight the importance of distinguishing between initial pre-error speeding and later post-error slowing.

Literacy within a language affects bilinguals’ spoken language processing: evidence from grammaticality judgments

ABSTRACT Bilinguals can be proficient in oral language without necessarily knowing how to read and write in at least one of their languages. Literacy has been shown to affect language processing in monolinguals. In the present study, we test if literacy affects grammaticality judgments for Cantonese–English bilinguals who varied in Chinese literacy abilities. There are grammatical differences between oral Cantonese and written Chinese (e.g. modal verb placement). We compared response times for Chinese sentences that were either congruent or incongruent in spoken and written grammaticality. We found that for some incongruent sentences, proficient readers had significantly slower response times than congruent sentences. Unproficient readers were not affected by the grammaticality of the written form. These results show that literacy within a language can impact spoken language processing.

Investigating attention in young adults with autism spectrum disorder (ASD) using change blindness and eye tracking

BackgroundSocial interaction at its core entails allocating attention to relevant stimuli. As such, the perception of change requires attention, but studies have suggested that the social impairment in people with autism spectrum disorder (ASD) occurs at the attentual level of "on-line" social cognition. MethodForty-four young adults—22 with autism spectrum disorder (ASD) and 22 with typical development (TD)—participated in two experiments. The first used a change blindness (CB) paradigm where attention was investigated through the detection of changed items with central and marginal levels of interest when viewing images of everyday scenarios. Eye-tracking was used to compare response times, first fixations and total fixation time on changes. The second used social films with eye tracking of gaze fixations. ResultsParticipants with ASD were slower in response time and first fixation than were participants with TD. Participants with TD showed longer fixation on items with marginal (compared to central) levels of interest. The social-film experiment showed that participants with ASD were slower to orient their gazes towards the characters’ faces and looked at speaking characters for less time than did the group with TD. This result correlates with less use of mental verbs in their narratives and less time spent looking at marginal items in the CB experiment. ConclusionsResults suggest reduced processing speed in young adults with ASD, which is associated with enhanced processing of local details. Clinically, these results imply that teaching strategies (e.g., cognitive cues) to process social context efficiently could benefit individuals with ASD.