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GRM-042 iHelp: A Care Partner Activation Program mHealth System for AD/ADRD Caregivers
Get PDFThe iHelpCare platform is designed to offer a seamless and supportive experience for patients and caregivers through a clear and user-friendly interface. Users begin at the login page, where they can either sign in or create a new account. Once logged in, the home page provides access to essential services such as a 24/7 helpline, emergency visit coordination, emergency support, and a service directory. It also includes engagement tools like discussion forums, learning modules, and resource materials, along with community-focused features such as events, activities, and support groups. The personalized dashboard allows users to monitor health conditions, review patient history, receive notifications and alerts, and communicate directly with caregivers through live chat. Overall, iHelpCare combines health support, education, and real-time communication in one platform, making healthcare management more accessible and efficient
UC-016 Multifamily Loan Performance
Get PDFThis study explores the performance of multifamily loans using a logistic regression model to predict loan outcomes as either “closed” or “current”. Utilizing a dataset of over one million observations and 54,771 unique loan observations, we classify loan status based on Freddie Mac’s mortgage performance codes, with closed loans including modification with a loss, foreclosures, real estate owned, and fully closed loans. Through explanatory analysis, it reveals a nearly balanced distribution between the binary variables. This dataset supports the use of a logistic regression to model the probability of loan default or completion. The findings have implications for risk mitigation in underwriting practices, helping lenders avoid loans with characteristics like those that historically defaulted
UC-072 “Command Center, do you copy?”
Get PDF“Command Center, do you copy?” is a sci-fi themed survival horror game where players must sneak around and fend off an alien like enemy using their flashlight while also trying to find the parts needed to fix their communications system to call for help
UR-086 Whole Slide Image Analysis
Get PDFWhole Slide Images are used to capture details of patient cells. Hospitals and clinics have different processes and methods to create WSIs resulting in WSIs not being standardized. Different file formats are used and different colors are used to represent different features. The normalization process helps set up the WSI into a format that the current model can easily process
MILITARY GEOGRAPHY: AN INVESTIGATION OF QUALIFICATION
Get PDFComprehension of the meaning of military geography is far more complex than it first appears. Traditionally military geography loosely encompasses the whole field of geographic activity required for the direction of organized military forces. The term military includes activities by which man performs characteristics that are generally referred to as soldierly in practice. The weight of this definition is magnified by the importance of strategy exercised at a given time. Scholars who perceive a sub-discipline as having a distinctive characteristic that is basically a sub-division of a whole field of academic study, may at first glance, see a direct relation between geographic knowledge and military doctrine. However, that distinction of character becomes quite obscure when one treats military and geography as separate identitie
AN ASSESSMENT OF REILLY\u27S MODEL OF CONSUMER BEHAVIOR
Get PDFAll human behavior occurs in space and can therefore be studied in a manner that emphasizes the locational components of that behavior. One tenent fundamental to spatiallyfocused studies is that decisions related to spatial behavior are perceived as rational. This paper exam\u27ines a model of a particular type of spatial behavior involving decisions-the shopping behavior of rural people when buying retail goods or services that are relatively ubiquitous. William J, Reilly\u27s law of retail gravitationl and the related breaking-point equation, derived mathematically from Reilly\u27s law and explicitly stated byPaul D. Converse and associates2 , provide a model that predicts which of two towns people living in the intermediate area will patronize. Their choices of where to shop involve decisions based on perceived utilities of shopping opportunities. Thus the model directly pertains to rational decision-making and decision-taking that underlie all spatial behavior.
Gospel Choir
Get PDFOral Moses, Directorhttps://digitalcommons.kennesaw.edu/musicprograms/2883/thumbnail.jp
Experts On Data: Data Governance
No full textLearn about data ethics, data governance, and more from our expert: Anna Miller, Director of Data Governance.https://digitalcommons.kennesaw.edu/sprpresents/1006/thumbnail.jp
Limits in Attention: Investigating Change Blindness in Visual Perception
No full textChange blindness, the inability to detect changes in a visual scene, reveals critical limitations in human visual perception. Research into change blindness contributes to our understanding of how attention is selectively allocated and how certain visual stimuli may escape detection, even in plain sight. It’s unclear whether certain types of stimuli, like stimuli that hold value, are differentially resistant to change blindness. The present study investigates this using a flicker paradigm, a well-established method in change blindness research, to examine reaction time differences between changes in neutral stimuli (e.g., a color shift) and value-driven stimuli (e.g., the appearance of money), each presented 50% of the time within various visual scenes. Participants will view a series of flickering scenes alternating between an original image and a modified version, separated by a blank black screen. Reaction times will be recorded upon change detection, categorized by stimulus type. In investigating whether change blindness is affected by value-driving stimuli we aim to better understand how learned associations and reward-driven attention influence visual processing. Reward-based learning strengthens associations between stimuli and their perceived importance, this leads us to expect that value-driven stimuli will be more likely to capture attention, be processed more efficiently than neutral changes, resulting in faster reaction times. If reaction times do not differ significantly between stimulus types, this would suggest the robustness of change blindness, indicating that even highly salient stimuli may go unnoticed in dynamic environments. This study contributes to broader discussions on the limits of human visual perception, cognitive efficiency in high-stakes environments, and potential applications of reward-based learning in enhancing focus and awareness