Matching Items (8)
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- All Subjects: Rehabilitation
- Creators: McDaniel, Troy
- Creators: Wright, Kevin A.
- Resource Type: Text
Description
Correctional officers are increasingly being trained in evidence-based practices and the willingness of officers to implement what they have learned is crucial for organizational reform. Most of the literature in this area has examined officer attitudes about rehabilitation and punitiveness. Left out are additional characteristics, such as self-control, that may affect an officer’s receptivity to learn and implement new techniques. The present study examines officer receptiveness to motivational interviewing using 280 surveys administered to correctional officers tasked with both delivering and supervising program delivery to inmates within the Arizona Department of Corrections. Three broad questions are asked: 1) Are officer attitudes about punishment associated with receptivity toward implementing rehabilitative techniques? 2) Are officer levels of self-control associated with receptivity toward implementing rehabilitative techniques? and 3) Is the association between officer attitudes toward punishment and receptivity toward implementing rehabilitation techniques moderated by officer self-control? The results suggest that punitiveness and self-control both have statistically significant direct effects on correctional officer receptivity to training and that self-control does not moderate the relationship between punitiveness and receptivity to training. However, these findings could be due to limitations in the present study’s sampling and statistical methods. Policy implications and future research are discussed.
ContributorsSmith, Wesley Thomas (Author) / Wright, Kevin A. (Thesis advisor) / Young, Jacob T.N. (Committee member) / Telep, Cody W. (Committee member) / Arizona State University (Publisher)
Created2018
Description
This paper presents the design and evaluation of a haptic interface for augmenting human-human interpersonal interactions by delivering facial expressions of an interaction partner to an individual who is blind using a visual-to-tactile mapping of facial action units and emotions. Pancake shaftless vibration motors are mounted on the back of a chair to provide vibrotactile stimulation in the context of a dyadic (one-on-one) interaction across a table. This work explores the design of spatiotemporal vibration patterns that can be used to convey the basic building blocks of facial movements according to the Facial Action Unit Coding System. A behavioral study was conducted to explore the factors that influence the naturalness of conveying affect using vibrotactile cues.
ContributorsBala, Shantanu (Author) / Panchanathan, Sethuraman (Thesis director) / McDaniel, Troy (Committee member) / Barrett, The Honors College (Contributor) / Computer Science and Engineering Program (Contributor) / Department of Psychology (Contributor)
Created2014-05
Description
Skin and muscle receptors in the leg and foot provide able-bodied humans with force and position information that is crucial for balance and movement control. In lower-limb amputees however, this vital information is either missing or incomplete. Amputees typically compensate for the loss of sensory information by relying on haptic feedback from the stump-socket interface. Unfortunately, this is not an adequate substitute. Areas of the stump that directly interface with the socket are also prone to painful irritation, which further degrades haptic feedback. The lack of somatosensory feedback from prosthetic legs causes several problems for lower-limb amputees. Previous studies have established that the lack of adequate sensory feedback from prosthetic limbs contributes to poor balance and abnormal gait kinematics. These improper gait kinematics can, in turn, lead to the development of musculoskeletal diseases. Finally, the absence of sensory information has been shown to lead to steeper learning curves and increased rehabilitation times, which hampers amputees from recovering from the trauma. In this study, a novel haptic feedback system for lower-limb amputees was develped, and studies were performed to verify that information presented was sufficiently accurate and precise in comparison to a Bertec 4060-NC force plate. The prototype device consisted of a sensorized insole, a belt-mounted microcontroller, and a linear array of four vibrotactile motors worn on the thigh. The prototype worked by calculating the center of pressure in the anteroposterior plane, and applying a time-discrete vibrotactile stimulus based on the location of the center of pressure.
ContributorsKaplan, Gabriel Benjamin (Author) / Abbas, James (Thesis director) / McDaniel, Troy (Committee member) / School of Life Sciences (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
This paper presents a system to deliver automated, noninvasive, and effective fine motor rehabilitation through a rhythm-based game using a Leap Motion Controller. The system is a rhythm game where hand gestures are used as input and must match the rhythm and gestures shown on screen, thus allowing a physical therapist to represent an exercise session involving the user's hand and finger joints as a series of patterns. Fine motor rehabilitation plays an important role in the recovery and improvement of the effects of stroke, Parkinson's disease, multiple sclerosis, and more. Individuals with these conditions possess a wide range of impairment in terms of fine motor movement. The serious game developed takes this into account and is designed to work with individuals with different levels of impairment. In a pilot study, under partnership with South West Advanced Neurological Rehabilitation (SWAN Rehab) in Phoenix, Arizona, we compared the performance of individuals with fine motor impairment to individuals without this impairment to determine whether a human-centered approach and adapting to an user's range of motion can allow an individual with fine motor impairment to perform at a similar level as a non-impaired user.
ContributorsShah, Vatsal Nimishkumar (Author) / McDaniel, Troy (Thesis director) / Tadayon, Ramin (Committee member) / Computer Science and Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
Corrections has a rich history centered around rehabilitation and its obtainability, and has seen the pendulum swing back and forth between rehabilitative and punitive policies. Currently, there is an emphasis on evidence-based practices which provides a unique opportunity to assess gaps in the rehabilitation literature as a means to ensure that rehabilitative-oriented policies are part of the forefront of corrections. One notable gap in the corrections and rehabilitation literature is that research has not assessed what influences meaningful participation in rehabilitative programming during incarceration. Past research has acknowledged that there is an inmate code, characterized heavily by hypermasculinity, that negatively influences behavior during incarceration, yet research has not examined whether this code influences engagement in rehabilitative programming. The current study seeks to address this gap by examining the inmate code, specifically hypermasculinity, as a barrier to rehabilitation during incarceration through in-depth interviews with five incarcerated individuals from a large Southwestern correctional facility. Findings, limitations, and future research suggestions are discussed.
ContributorsMorse, Stephanie Jean (Author) / Wright, Kevin A. (Thesis advisor) / Telep, Cody W. (Committee member) / Young, Jacob T.N. (Committee member) / Arizona State University (Publisher)
Created2017
Description
Whether through scaring incarcerated people straight or encouraging rehabilitation through treatment, most people hope that, one way or another, incarceration will alter an individual’s path towards a better life. Current forms of incarceration are not achieving this goal and instead inflict undue amounts of pain (Crewe, 2011; Sykes 1958). In times of deprivation and isolation, some people have found ways to not only persevere, but to thrive. Though these individuals are not commonly the focus of criminal justice literature, there is much value in shifting attention to people thriving in prison including the opportunity to gain knowledge on the multi-faceted nature of well-being broadly and the rehabilitation of incarcerated people more specifically. The current study uses structured interview data from 386 men serving time in a medium-security prison unit to explore the correlates of life satisfaction among people in prison. To identify contributing factors to well-being during incarceration, logistic and multinomial regressions analyze variation in the life satisfaction scores of these incarcerated men. The results from these analyses suggest that perceptions of life meaning, generativity, flourishing, and age are all positively associated with thriving in prison and frequency of experiences with incarceration are not related, positively or negatively, to life satisfaction. This study provides some support to current well-being literature and also introduces complexities to the existing knowledge regarding the relationships between demographics such as race or relationship status, and well-being.
ContributorsSutton, Madison Murphy (Author) / Wright, Kevin A. (Thesis advisor) / Telep, Cody (Committee member) / Young, Jacob T.N. (Committee member) / Arizona State University (Publisher)
Created2021
Description
One of the long-standing issues that has arisen in the sports medicine field is identifying the ideal methodology to optimize recovery following anterior cruciate ligament reconstruction (ACLR). The perioperative period for ACLR is notoriously heterogeneous in nature as it consists of many variables that can impact surgical outcomes. While there has been extensive literature published regarding the efficacy of various recovery and rehabilitation topics, it has been widely acknowledged that certain modalities within the field of ACLR rehabilitation need further high-quality evidence to support their use in clinical practice, such as blood flow restriction (BFR) training. BFR training involves the application of a tourniquet-like cuff to the proximal aspect of a limb prior to exercise; the cuff is inflated so that it occludes venous flow but allows arterial inflow. BFR is usually combined with low-intensity (LI) resistance training, with resistance as low as 20% of one-repetition maximum (1RM). LI-BFR has been used as an emerging clinical modality to combat postoperative atrophy of the quadriceps muscles for those who have undergone ACLR, as these individuals cannot safely tolerate high muscular tension exercise after surgery. Impairments of the quadriceps are the major cause of poor functional status of patients following an otherwise successful ACLR procedure; however, these impairments can be mitigated with preoperative rehabilitation done before surgery. It was hypothesized that the use of a preoperative LI-BFR training protocol could help improve postoperative outcomes following ACLR; primarily, strength and hypertrophy of the quadriceps. When compared with a SHAM control group, subjects who were randomized to a BFR intervention group made greater preoperative strength gains in the quadriceps and recovered quadriceps mass at an earlier timepoint than that of the SHAM group aftersurgery; however, the gains made in strength were not able to be maintained in the 8-week postoperative period. While these results do not support the use of LI-BFR from the short-term perspective after ACLR, follow-up data will be used to investigate trends in re-injury and return to sport rates to evaluate the efficacy of the use of LI-BFR from a long-term perspective.
ContributorsGlattke, Kaycee Elizabeth (Author) / Lockhart, Thurmon (Thesis advisor) / McDaniel, Troy (Committee member) / Banks, Scott (Committee member) / Peterson, Daniel (Committee member) / Lee, Hyunglae (Committee member) / Arizona State University (Publisher)
Created2022
Description
With an aging population, the number of later in life health related incidents like stroke stand to become more prevalent. Unfortunately, the majority those who are most at risk for debilitating heath episodes are either uninsured or under insured when it comes to long term physical/occupational therapy. As insurance companies lower coverage and/or raise prices of plans with sufficient coverage, it can be expected that the proportion of uninsured/under insured to fully insured people will rise. To address this, lower cost alternative methods of treatment must be developed so people can obtain the treated required for a sufficient recovery. The presented robotic glove employs low cost fabric soft pneumatic actuators which use a closed loop feedback controller based on readings from embedded soft sensors. This provides the device with proprioceptive abilities for the dynamic control of each independent actuator. Force and fatigue tests were performed to determine the viability of the actuator design. A Box and Block test along with a motion capture study was completed to study the performance of the device. This paper presents the design and classification of a soft robotic glove with a feedback controller as a at-home stroke rehabilitation device.
ContributorsAxman, Reed C (Author) / Zhang, Wenlong (Thesis advisor) / Santello, Marco (Committee member) / McDaniel, Troy (Committee member) / Arizona State University (Publisher)
Created2022