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This thesis aims to to see if its possible to meet some of the complex needs of people with ADHD, in the form of aiding them with remembering to complete tasks and chores. Current studies have mainly focused on either assessing or treating ADHD rather than looking at aiding people already diagnosed. In order to evaluate if the needs can be met the participants of the paper are first interviewed to determine some of the needs. A mobile application was then developed based on the data collected from the interviews and later evaluated by the participants in a second round of interviews. The result of this paper showed that these complex needs can be met, in this paper the needs managed to be met with the use of mobile notifications that server as reminders and also by letting the participants prioritize the importance of the task. However the application did not fully suit all participants and had some shortcomings which could lead to further research that looks at trying to meet more of these needs, either by continued development of the application or by mapping out what the needs are.

Die Digitalisierung bietet auch der Radverkehrsplanung eine große Chance. Mit relativ einfachen Mitteln können umfangreiche Daten zum Radverkehr gesammelt und ausgewertet werden. Dabei ist allerdings darauf zu achten, die erhobenen Daten im Kontext der Gruppe der Nutzenden zu sehen und sie gegebenenfalls auf die Gesamtbevölkerung umzurechnen. Die Simulation des Radverkehrs mir Verkehrsmodellen wird in Zukunft sicherlich zuverlässigere Ergebnisse bringen, aber auch schon heute bieten Programme wie BikePrint oder das kürzlich eingeführte Bike Citizens Analytics-Tool eine gute Alternative. Radfahrende können sich zudem aktiv an der Radverkehrsplanung beteiligen, indem sie ihre Bewegungsdaten anonymisiert zur Verfügung stellen oder angebotene Tools wie Meldeplattformen oder Radschulwegplaner nutzen.

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Dating App Facilitated Sexual Assault (DAppSA) is a new phenomenon and growing concern. Research on DAppSA is extremely limited. This study aimed to identify unique victim and assault characteristics associated with DAppSAs. A retrospective SAMFE chart review of patients (N = 3,413) from 2017 to 2020 was conducted. Sexual assault nurse examiners completed SAMFEs. Inclusion criteria for DAppSA cases included 1) victim was 14 years of age or older; 2) victim indicated they met the perpetrator on a dating website or app; 3) the SA occurred at the initial in-person meeting; 4) victim had a SAMFE with evidence collection. DAppSAs were compared to non-DAppSA acquaintance SAs. DAppSAs (n=274) represented 8.02% of overall cases and 13.92% of acquaintance SAs (n=1,968). DAppSA victims had unique characteristics including a higher percentage of male victims (7.5%), college students (22.2%), and victims with self-reported mental illness (59.6%). Victims were less likely to fight back during the assault with lower percentages of kicking (5.8%) and hitting (9%). DAppSA victims and perpetrators were less likely to use drugs or alcohol before/during the assault. DAppSA perpetrators were shown to be more violent and pre-meditated, with higher condom use (15%) rates of washing the victim (13.8%), ejaculation (52.7%), lubrication use (14.2%), and strangulation (32.4%). DAppSAs had more assaultive/penetrative acts with 89.4% reporting penile penetration. DAppSA victims had more documented physical injuries (71.4%) and anogenital injuries (50.2%). DAppSA victims were also found to have unique characteristics and increased vulnerabilities of SA. DAppSA cases were more violent, premeditated, and resulted in more injuries. Implications for nursing practice to address safety concerns and improve care to survivors are discussed.

<p>  </p> <p>Data is the foundation of digital agriculture. Data from a wide variety of sensors in the soil, in machinery, or from remote sensing can inform decisions including site-specific land and crop management but capitalizing on these data requires metadata that captures the full story related to production. Answers to metadata questions such as who, what, where, when, and how are often unavailable when aggregated data are analyzed. These metadata are crucial for making accurate operation and management decisions and certainly for developing AI models. Since farmers and researchers exhibit human behavior of forgetting to take notes or entering incorrect information, even with digital means, missing and erroneous records are common. To address this issue, a metadata collection Android app – Meta Ag for agricultural activities was created that automatically appends the operator’s name, time, and space information to an in-field event, and provides a user-friendly interface to gather information with more details describing which activity was done and how. Meta Ag has six main modules, including user registration, geofence construction, accessed geofence recognition, an infobot for extensive activity data collection, setting options for Infobot and data access. By design, manual data input, with automatic validation, when possible, was used for information collection. To achieve this, Meta Ag uses dynamically constructed, interactive option lists for fewer data entry errors. The collected data were stored in a Google Firebase database as central storage for multiple users. To facilitate data interoperability, stored data were made accessible in CSV and JSON format. The Android app collects extensive metadata from database interactive option lists and the infobot as a data collection wizard provides a dynamic environment for data collection in a short time with minimal manual input. The app was also able to reduce missing data as it automatically records the accessed fields and activity time in that field. The Meta-Ag app can work both as a standalone tool and an integration into any other farm information management system.</p>

Det här arbetet utforskar jämförelsen mellan progressiva webbapplikationer (PWA) och native mobila applikationer. Arbetet belyser ett problem som är aktuellt idag och kommer att vara ännu mer så i närmaste framtid på grund av den ständiga teknikutvecklingen och människans beroende av mobila applikationer. Användningen av mobilen har ökat kraftigt under de senaste årtiondena med mobila applikationer som integreras i människans livsstil. Denna tillväxt indikerar att utvecklingen av applikationer behöver justeras för en effektivare och säkrare metod. Även om native applikationen för närvarande leder, utmanar PWA mer än tidigare på grund av dess effektivitet och enkelhet. Genom att utveckla en PWA och en native mobilapplikation syftar denna studie på att identifiera de huvudsakliga skillnaderna. Analysens fokus var att visa de tre kritiska aspekterna, hastighet, säkerhet och utvecklingstid, med resultaten som tyder på att PWA presterar bättre i form av hastighet när den optimeras, men native mobila applikationen har en större tillgänglighet för implementering av funktioner. Dessa resultat berikar den pågående diskussionen med ytterligare förståelse för de två mest populära strategierna för att skapa en mobilapplikation och ger information om hur appscenen möjligen kan utvecklas i framtiden. / This thesis explores the comparison of progressive web applications (PWA) with native mobile applications. This thesis sheds light on an issue that is relevant today and will be even more so in the near future due to the constant advancement of technology and the growing dependence of human life on the use of mobile applications. The use of the mobile has increased significantly over the past couple of decades with the mobile application being integrated into the human lifestyle. This pattern of growth indicates that the development of the applications needs to be adjusted for an effective and more secure approach. Although the native application is currently the leading app, the PWA puts on a more extensive challenge than before due to its effectiveness and simplicity. By developing one PWA and one native mobile application, this study aims to identify the key differences. The focus of the analysis was to demonstrate the three critical aspects, speed, security and time of development with the results showing that the PWA performs better in terms of speed when being optimized, but the native mobile application has a larger access base for feature implementation. These results enrich the ongoing discussion with further understanding for the two most popular strategies of crafting a mobile application, with information about how the future of the app scene possibly evolve.

<p dir="ltr">This research project aims to create an interactivity system for an interactive art exhibit named StairWELL. The StairWELL project is a sculpture that focuses on the emotional wellness of students through art. The interactive technology design is broken down into three components: a mobile device interface, a data processing server, and sculpture visualization. Each of these components has been defined to help the larger StairWELL team achieve its artistic goals. The goal of this paper is to show that mobile devices can be used as an effective participation method for interactive art installations. It also aims to show how an interactive art piece can accept data from many users in rapid succession.</p>

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