Digital Commons Network^™

Are Individual Mental Health Issues Treated Fairly By The Criminal Justice System?, Taylor Anderson

Master of Arts in Human Services

The intersection of mental health and the criminal justice system is a critical area of inquiry that highlights the complexities of addressing psychological disorders within our legal frameworks. This paper explores the prevalence of mental health issues among incarcerated individuals and examines how systemic deficiencies contribute to a cycle of recidivism and inadequate treatment. By analyzing the existing literature, the research aims to illuminate the pressing need for a reform in the handling of mentally ill offenders, advocating for a shift towards more rehabilitative approaches rather than punitive measures. The implications of those findings extend beyond individual cases to societal …

Semi-Autonomous Reconnaissance Satellite: A Laboratory Demonstration Of End-To-End On-Board Mission Autonomy, Eran Shtoyerman, Raphael Cohen, Rafi Cohen, Oshri Fatkiev, Guy Zaidman, Gal Pinchas, Doron Shterman

Small Satellite Conference

Real-time satellite responsiveness to user requests from the field remains largely unavailable in current space systems. Such capabilities are typically restricted to low-altitude airborne platforms, primarily due to limited satellite communication bandwidth, intermittent ground contact, and the reliance on ground-based mission planning. Enabling true responsiveness requires a paradigm shift toward highly autonomous satellites, in which target selection, task execution, and mission planning are performed on board.

For example, a user may request a satellite to perform the following task in real-time: detect a ceiling tanker ship in a specified area, estimate its velocity from video data, and autonomously track the …

Revisit Performance Analysis Of Narsha Microsatellite Constellation For Point-Source Ghg Monitoring, Jinyoung Shin, Geuk-Nam Kim, Taemin Kim, Jaemin Hong, Joohee Lee, Marcin Badowski, Seongwhan Lee

Small Satellite Conference

Although microsatellite missions under 100 kg have demonstrated advanced capabilities in detecting localized CO2 and CH4 emissions, the effectiveness of these systems hinges on their spatial and temporal coverage and observation validity under diverse environmental conditions.

Factors such as solar zenith angle (SZA), viewing zenith angle (VZA), surface albedo, weather, and source persistence influence their performance.

Against this background, this study evaluates the spatial and temporal coverage performance of microsatellite-based GHG observation systems through numerical simulations incorporating environmental and instrumental conditions.

Development Of The Optical Components For Leo Satellite Communication Equipment, Tomoaki Toriya, Masaki Ogura, Yoshiriho Kamihama, Tomoaki Kiriyama, Katsuhiro Iwasaki, Takashi Kato

Small Satellite Conference

We supply highly reliable optical components such as Optical Isolators, Circulators, and Filters used in optical submarine repeaters. The Faraday rotator, a key device in optical Isolators, is manufactured from crystals, which also enhances the reliability of our products.

Last year we reported that our standard optical isolator YD-460 withstands the LEO satellite environment (radiation exposure, thermal vacuum cycling) and showed no laser-induced degradation up to 4.8 W at 1.48 µm (Raman pump).

In this work, the laser durability was evaluated with a high-power 1.55 µm source (max. 10 W), the wavelength actually used in satellite optical communication. Optical Isolator …

Usa V. Lamonica Mciver

2026 Decisions

USDC for the District of New Jersey

J. F. V. Delaware Department Of Education

2026 Decisions

USDC for the District of Delaware

Ganiyu Jaiyeola V. Chemours Co

2026 Decisions

USDC for the District of Delaware

Hudson Hospital Opco Llc V. Cigna Health And Life Insurance Co

2026 Decisions

USDC for the District of New Jersey

Feasibility Of A Nurse Led Sailing Program To Enhance Resilience Among Autistic School Aged Children, Myrian Sze Nga Fan, William Ho Cheung Li, Laurie Long Kwan Ho, Kay Rawbone, Kai Chow Choi, Rob Allen, Trinitey Letterman, Sek Ying Chair

International Nursing Research Congress (INRC)

Promoting resilience and mental health among autistic children remains a global health priority, consistent with the United Nations Sustainable Development Goal 3 and the World Health Organisation’s vision for inclusive, community based care. While existing interventions focus on functional outcomes, resilience among autistic children remains understudied. To address this gap, a nurse led community based sailing program was developed and implemented in partnership with Sailability Hong Kong.

A pilot assessor blinded, parallel group randomised controlled trial evaluated the program’s feasibility, acceptability, and preliminary effects. Children aged 7–12 years with autism diagnosis were recruited, then randomised to either: (1) an intervention …

Building Tomorrow's Innovators: A Model Fusing Research, Collaboration, And Entrepreneurship, Modupe Akintomide, Monica Nandan, Joy Falilatu Li, Toi-Ann Kingsby, Dandre Williamsons, Ben Karanja, Blessing Anyanwu, Maggy Boadu

International Nursing Research Congress (INRC)

Background: Integrating research, interprofessional teamwork, and entrepreneurship into undergraduate education enhances student achievement and success [1–3]. Traditional teaching methods often fall short due to limited experiential opportunities [4–6].

Aim: To evaluated the effectiveness of a course designed on the Research, Interprofessional Collaboration, and Entrepreneurship (RICE) Model in improving undergraduate competencies in research methodology, interdisciplinary teamwork, and entrepreneurial thinking skills.

Methods: Using a quality improvement framework, we developed and infused the RICE Model into a tuition-free, credit undergraduate course embedded in our Vertical Integrated Programs (VIP) funded research project. It was built around three pillars: (1) Research (R), emphasizing hands-on methodology …

Restorative Practices And Resilience Among Trauma-Impacted Elementary Students, Rose E. Ostenson

Graduate Teacher Education

This paper examined how restorative practices may promote resilience among trauma-impacted elementary school students. Fifteen peer-reviewed studies were analyzed to address the following research question: How do restorative practices promote resilience among trauma-impacted students in elementary schools? Three consistent themes emerged from the literature: relationship building and relational safety, school connectedness and belonging, and emotional regulation and co-regulation. These themes represent crucial protective factors associated with resilience among children who have experienced trauma. Although resilience was not directly measured in most of the studies reviewed, the findings consistently suggested that restorative practices may strengthen the relational, social, and emotional conditions …

‘Passing’ The Baton Of Trauma: Queer Failure Of The Women’S Sport Policy Working Group’S Anti-Trans ‘Position’, Meredith M. Bagley, Mary Anne Taylor, Sarah F. Price

Publications and Research

Engaging in critical rhetorical theory and methodology, we interrogate the contemporary landscape of anti-trans backlash in women’s sport. Specifically, we read the ‘TERF wars’ (Pearce et al.) across critiques of biofeminism (Pape) and whiteness (Fischer) while drawing upon critical social science research into trauma-bonding, bullying, and the structural impacts of gender verification policies. Our analysis focuses on the Women’s Sports Policy Working Group (WSPWG), offering a trauma-informed reading of the WSPWG’s ‘Position’ statement to illuminate how lesbian female athletes who were previously slandered for failing to meet femininity norms in sport are unable to overcome that trauma to recognize and …

Translational Initiative To Minimize Childhood Hemiparesis After Asymmetrical Perinatal Brain Injury, Susan V. Duff, Emily Garavatti, Terrie Inder

Physical Therapy Faculty Articles and Research

The purpose of this perspective paper is to present a translational approach aimed at identifying the critical periods in brain development during which to provide neuroprotective and neurorestorative strategies, followed by prehensile training, to minimize hemiparesis and foster skill acquisition after asymmetrical perinatal brain injury (APBI). We contend that hemiparesis could be minimized after APBI through a multimodal sequential approach based on timely implementation of evidence-based intervention strategies. If APBI is identified early, neuroprotective techniques can be used in the first 10 days of life to minimize cell death. This can be followed in the next 3 months by the …

Deep Learning-Based Burned Area Mapping Of California Wildfires Using Sentinel-2 And Landsat-8 Imagery Enhanced With Super-Resolution Techniques, Youngmin Seo, Seung Hee Kim, Menas Kafatos, Jinsoo Kim, Yangwon Lee

Institute for ECHO Articles and Research

The increasing frequency of wildfires under a changing climate has led to extensive ecosystem destruction, highlighting the need for reliable burned area assessment using satellite imagery. Single-satellite data are constrained by observation gaps and interference from smoke and clouds, whereas multi-satellite data fusion can mitigate these limitations. Nonetheless, the fusion techniques still encounter challenges such as spatial information loss from resolution differences and cross-satellite domain mismatch. This study presents a burned area mapping framework that integrates super-resolution (SR) with transfer learning to address spatial and domain gaps in multi-satellite data. Specifically, Landsat-8 imagery is super-resolved to 7.5 m resolution, and …

August 26, 2026 Blazer Weekly, University Of Alabama At Birmingham

Blazer Weekly (student newsletter)

No abstract provided.

The George-Anne Daily, Georgia Southern University

George-Anne Media Group: Newsletters & Magazines

No abstract provided.

2026 Final Bpsou Backfill And Cover Material Quality Assurance Project Plan (Qapp), Pioneer Technical Services, Inc.

Silver Bow Creek/Butte Area Superfund Site

This Butte Priority Soils Operable Unit (BPSOU) Backfill and Cover Material Quality Assurance Project Plan (QAPP) provides the procedures and protocols necessary to conduct sampling and geotechnical characterization activities on import borrow and other externally sourced materials that will be used in backfill, cover soil, or engineered caps for upcoming BPSOU remediation activities described in the BPSOU Consent Decree (CD) (referred to as BPSOU CD; EPA, 2020a) Further Remedial Elements Scope of Work (FRESOW) (Attachment C of Appendix D to the BPSOU CD), the 2020 Residential Metals Abatement Program (RMAP) Unilateral Administrative Order (UAO) Amendment (EPA, 2020a), and ongoing maintenance …

Total Enrollment Sets 10-Year High At Illinois Wesleyan, Ann Aubry

Press Releases 2020-2029

No abstract provided.

Hospital Charity Care And Medical Debt Among Low-Wage Workers In The United States, Mathieu Despard, Stephen Roll, Eva Stahl, Camila Salvagno, Ruth Lande

Center for Social Development Research

With one in five low-wage workers reporting medical or dental debt they cannot afford to pay, financial assistance programs (also known as charity care) are an important resource. Federal law requires nonprofit hospitals to offer such programs, but evidence suggests that workers experience administrative burdens in learning about and applying for the assistance. Drawing upon data from the Workforce Economic Inclusion and Mobility (WEIM) survey, this brief presents findings on associations between the characteristics of low-wage workers and their experiences with financial assistance programs. The brief also shares examples of how hospital policies and patients’ needs may not align, presenting …

Spartan Daily, August, 26, 2026, San Jose State University, School Of Journalism And Mass Communications

Spartan Daily, 2026

Volume 167, Issue 03

Advancing Clean Mobility: Hydrogen Fuel Cell Electric Bus Workforce Development For Transit Agencies, Manideep Tummalapudi, Shantanu Kumar, Jaskaran Singh

Mineta Transportation Institute

Hydrogen fuel cell electric buses (FCEBs) are rapidly transforming public transportation in the United States. However, while transit agencies are investing heavily in new zero-emission vehicles and fueling infrastructure, far less attention has been paid to the workforce needed to operate and maintain them. As agencies accelerate toward ambitious climate and fleet transition goals, they are also confronting a critical challenge: preparing workers for an entirely new set of technologies, safety requirements, and operational demands. This study addresses that gap by systematically identifying the knowledge, skills, and abilities (KSAs) required for FCEB vehicle operators and maintenance technicians, assessing current training …

A Comparative Analysis Of Sensing Methodologies During Rendezvous & Proximity Operations, Tyler Ritz, Ian Silverberg, Axel Garcia, Giovanni Lavezzi

Small Satellite Conference

The result: Actionable state estimates in seconds not hours

Fusing a small passive imager with a state-of-the-art ranging payload, such as Peregrine Space Corp’s CORVID 12U and 3U variants, collapses the time to a 10 m relative-navigation gate (1σ RSS uncertainty in 3-axes) by two to three orders of magnitude versus angles-only navigation. While ingested measurement types differ across scenarios, the CONOPS remains unchanged. Active ranging replaces hours of parallax inference with direct measurements.

From Model To Mission: A Model-Based Method For Managing Spacecraft Ai&T Activities, Andy Young, Dan Christensen

Small Satellite Conference

Assembly, Integration, and Test (AI&T) is one of the most complex phases of spacecraft development, requiring engineers to coordinate interconnected procedures, specialized equipment, personnel, and evolving schedules. Traditional AI&T planning relies on separate diagrams, schedules, spreadsheets, and documents that must be manually synchronized, increasing engineering effort and the risk of inconsistencies. Meanwhile, many Model-Based Systems Engineering (MBSE) methodologies effectively end before design implementation. We present a methodology that addresses these challenges by extending MBSE practices to provide a single source of truth for AI&T information.

Spot: A Cubesat Mission For High-Resolution Monitorig Of Anthropogenic Sulfur Emissions, Carla Roesch, Colleen Golja, James Custer, Catherine Ember, Jerome Woodwark, Andrew Matheson, Joshua Vande Hey, Sonymol Vk, Steven Heer, Zixuan Gao, Tim Trent

Small Satellite Conference

Resolving individual industrial sources of SO₂ to constrain aerosol forcing — one of the largest remaining uncertainties in Earth's energy budget.

A Stackable Multi-Mppt Power Architecture With Paralleled Inputs For Scalable Cubesat Solar Energy Harvesting, Muhammed Syedali N., Anamika A. Kamath, Nithin Krishnan S. S., Ashfaque K. P., Sijo George, Arun P., Jr-Chiun Roger Tsai, Tensae Ali, Jesmin Jose, Athira B. S.

Small Satellite Conference

In traditional CubeSat configurations, the Maximum Power Point Tracking (MPPT) circuit acts as a critical single point of failure because all harvested solar energy is funneled through a single, non-redundant conversion stage. Consequently, the failure of this individual component completely blocks power delivery to the system, permanently stranding otherwise healthy solar arrays and batteries and causing catastrophic mission termination.

This work introduces a modular, stackable solar energy architecture that distributes power conditioning across multiple identical, autonomous modules connected to shared PV and battery buses. By relying purely on analog input-voltage regulation at a common operating point, it eliminates radiation-vulnerable digital …

Advancements In The Ma61c-Smallsat Hardware Board: Elevating Modular Adcs From Trl 5 To Trl 6, Saish Sridharan

Small Satellite Conference

LESSONS LEARNT AND DESIGN JUSTIFICATION

Output from previous phase

• RS422/RS485 Tranceiver: The LCT2865-based interface failed testing and should be redesigned for the next phase.
• Shielded Cabling: Properly grounded shielded cables eliminated JTAG communication instability.

Capstone Demonstration Of Real-Time Autonomous Navigation Using One-Way Radiometric Measurements, Benjamin Leser, Sun Hur-Diaz, Anne Long, Carl De Vries, Nathan Esantsi, Liam Greenlee, Michael Romeo, Nathan Stacey

Small Satellite Conference

autoNGC performed the first ever onboard, real-time spacecraft navigation using one-way forward direct-with-Earth (DWE) radiometric measurements at the Moon

Comparative Analysis Of Reaction Wheels And Control Moment Gyroscopes For High-Capacity Orbital Data Centers In Sun-Pointing Mission Profiles, Chih Ta Wu, Po Hsun Yen, Jen Hao Cheng, Kai Kuo Liao, Shang Jung Lee

Small Satellite Conference

• Orbital data centers (ODCs) are moving from concept to near-term engineering: Starcloud (5 GW), Meta / Overview Energy (1 GW SSP), SpaceX (up to 1M-satellite FCC filing).
• Multi-kW to GW-class compute demands solar arrays of unprecedented scale → extreme inertia and disturbance torques.
• Can Reaction Wheels (RWs) vs Control Moment Gyroscopes (CMGs) hold an ODC in a sun-nadir pointing profile?

Autongc Flight Opnav Experiment Results On Capstone, Andrew J. Liounis, Sun Hur-Diaz, Behnam Azimi, Nichalas L. Cason, Chris R. Gnam, Grant Hecht, Steven Z. Queen, Michael J. Romeo, Sean R. Semper, Nathan Stacey, Andrew Tennenbaum, Daniel G. Berdugo, Carl J. De Vries, Benjamin Leser, Anne Long, Liam A. Greenlee, Joseph W. Patton, Steven B. Slegel, Isaac R. Witte

Small Satellite Conference

Summary: We successfully demonstrated on-board automated optical navigation (OpNav) in a lunar near rectilinear halo orbit (NRHO) using images of the Moon, the Earth, and other solar system bodies, advancing the technology readiness level (TRL) of the autonomous guidance navigation and control (autoNGC) OpNav capabilities from 5 to 7.

Development Of Spacecraft Digital Twins For Flight Software Maintenance, Robert Klar

Small Satellite Conference

This research project developed a digital twin—a virtual representation of a physical spacecraft, including its components, interfaces, and communications. By leveraging the digital twin’s ability to be replicated, modified, and distributed efficiently, the project enhances capabilities in design, analysis, and optimization. It significantly reduces risk, cost, and development schedules for flight software by minimizing dependencies on hardware resources. The project was executed as a collaborative effort between the Intelligent Systems Division (10) and Space Systems Division (05).