Mobile Process Research Articles

Partnership to Increase Care Access Through Mobile Outreach to Migrant Farm Communities: A Feasibility Study

Abstract: Background: Health care access for migrant farmworkers is limited given the nature of seasonal farm work, including migration patterns, capacity, and availability of local community health services. Consideration of these contextual elements when exploring a community–academic partnership to increase access to care for migrant farmworkers is essential. Objective: Explore the partnerships and processes for integrating nursing faculty and students from a regional public university’s school of nursing into a farmworker health outreach program’s mobile clinic process. Methods: A feasibility study was undertaken using Bowen et al.’s feasibility framework. Results: Integrating faculty and students into the farmworker health outreach program’s mobile clinic process was determined to be feasible. Conclusions: Integrating faculty providers and students into a farmworker outreach program’s mobile health process has several nuances requiring consideration before operationalizing the partnership, including nursing faculty practice (e.g., credentialing, malpractice insurance), student clinical placement processes, the farmworker outreach program’s processes, and farmworker availability.

침략전쟁 시기(1931~1945) 朝鮮 馬政計劃의 추이와 건마보국운동

This study focuses on Colonial-Korean horse administration during the period of aggressive war (1931-1945) and analyzes: ①The progress of the 'Second Phase Korean Horse Production Plan' which began after the Manchurian War(1931).②The twists and turns surrounding the establishment of the 'First Phase Korean Horse Administration Plan' led by the Governor-General of Chosen before and after the Sino-Japanese War.③ The failure of the privately-driven horse production policies during the Pacific War, including the emotional movement such as the “Healthy Horse National Service Movement” and the process of frugal mobilization. These analyses confirm the deceptive nature of the colonial horse administration. To summarize the findings: Following the Manchurian Incident, the demand for military horses increased, leading the Governor-General’s office to plan ‘the first phase of horse production’ starting in 1932. This plan aimed to increase the number of military-eligible horses to 30,000, focusing on the three northern provinces of Korea. However, from 1935, Japan urged the Governor-General to expand the number of horses to 40,000 over an 18-year period. This was known as Japan's 'Second Phase Horse Administration Plan (1932-1936)'. Japan dismissed the Governor-General’s request for financial support and demanded an increase of 50,000 horses over the 18 years. In response, the Governor- General claimed that the 'reality of Korea' justified a target of increasing 30,000 horses over 15 years. After about a year of negotiation, the Korean Horse Administration 15-Year Plan was settled, aiming to increase the number of horses by 40,000 over 15 years. However, due to financial issues, the plan did not fully begin implementation until 1939. In the case of Hamnam, the second horse administration area, the plan was to secure approximately 16,000 horses from 1939 to 1951, primarily through the importation of about 9,000 horses from Japan. The plan emphasized importation over domestic production. In reality, the increase in the number of horses did not proceed as planned. The number of horses showed a decreasing trend up until 1938, and the numbers of donkeys and mules sharply declined until 1943. After 1938, Japan reduced Korea's role in its horse administration plans and increased the focus on Manchuria, leading to a stagnation of the plan. The Governor-General attributed this failure not to policy issues but to a lack of knowledge or enthusiasm among private breeders. With the outbreak of the Pacific War, the Governor-General anticipated a surge in demand for military horses. Consequently, the responsibilities of the existing 'Korean Horse Administration 15-Year Plan' were transferred to the semi-official private organization, the Korean Horse Society, and the National Mobilization Association, in an attempt to increase the voluntary efforts of horse production. The Korean Horse Society was established on April 1, 1942. However, its establishment undermined the plan to increase military-eligible horses through breeding with high-quality horses from Japan. Instead, the focus shifted to a so-called 'Korean Horse Mobilization Policy', which aimed to convert existing Korean horses into military horses. Yet, by early 1944, the increase in military horses had not been achieved according to the plan. As noted in the Korean Horse Society Chairman’s address on March 1, 1944, during the Healthy Horse National Service Movement, many of the horses in the horse administration area were 'useless broken-down horses.' In summary, while the Governor-General boasted about increasing the number of military horses to 40,000, the priority from the beginning was mobilizing Korean horses and importing Japanese horses rather than actual production. Even the Korean military did not trust Korean horses and preferred mobilization and importation over production.

Choreographic leadership and audience mobilization as resistance: digital sex work after the Social Media Safety Act

Digital media platforms’ incessant deplatforming have encouraged sex workers across the globe to organize novel forms of resistance and (re)construct defensive identities, embracing and resisting the dominating forces of patriarchalism and sexual fetishization to affirm control over their labor, their bodies, and their place in society. Sex workers’ content and fostered digital environments function to condense their globally dispersed constituencies into a common subjectivity, forming counterpublics to move against the restrictive hierarchies of “dominant publics” and give voice to the forms of sexual and gendered identity silenced across mainstream media. To sustain resistance against relentless legislative precarity and corporate disavowal—most recently exemplified by the passing of the draconian Social Media Safety Act in the United States—sex workers use a uniquely digital form of choreography to mobilize their disparate audiences across mercurial media platforms, websites, and services, taking on the role of “soft leaders” or “choreographers” to foster a symbolic construction of emotional space in which their audiences may congregate regardless of the movements of moderation or deplatforming their expressions of individuality and sexuality may have to endure across (inter)national legislative contexts. This digital process of mobilization is a performative and sustained form of labor.

Субъективная социальная мобильность представителей IT-специальностей: возможности качественного подхода

The labor market is undergoing modernization – many professions are disappearing, new ones are emerging in their place, and employers’ requirements are changing – the demand for competitive and mobile specialists is increasing, in this regard, the study of social and professional mobility processes is becoming relevant. Consequently, the study of social and professional mobility processes becomes highly relevant. This article explores the subjective aspects of these phenomena in the context of the digitalization of the labor market. The author examines theoretical approaches to studying subjective mobility, emphasizing its significance for understanding social processes. Based on a qualitative study conducted through biographical interviews with 22 employees of Russian enterprises, key trends in the influence of IT skills on professional mobility are identified. The results show that digital competencies have become a basic requirement for most professions, and their presence is an important factor in employment and career growth. The study also highlights the necessity of continuously updating digital skills and adapting to new work formats, such as remote employment. The article contributes to the understanding of the subjective aspects of social mobility in the context of the digital transformation of society.

Mobility‐aware modeling and evaluation of IoT systems using stochastic reward nets

SummaryThe frequent geographical changes of mobile nodes in Internet of Things (IoT) systems affect communication, activities, and behaviors. In such scenarios, it is crucial to establish a system model capable of evaluating quality of service (QoS) measures. However, the existing formal modeling techniques pose complexities in modeling mobility. To deal with these challenges, this study aims to propose a model that simplifies the process of modeling mobility within IoT systems. This paper presents a method for modeling mobility within IoT systems by leveraging a widely recognized extension of stochastic Petri nets known as stochastic reward nets (SRNs). The proposed method enhances the SRN model by incorporating the location concept, resulting in a novel extension called mobile SRN (MSRN). In this work, a case study utilizes the MSRN to evaluate the suggested features, examining various scenarios and investigating the impact of factors such as environmental conditions, sensor sampling rate, and the permissible distance of the node from the sink.

“Groups Are Still a Problem … but a Different One!”: Reflecting on the Role Played by Non-Violent Extremist Groups in the Radicalisation Pathways of Individuals in the UK

Non-violent (vocal) extremists are at the centre of inflamed debates in the UK as they use their freedom of speech to legally oppose key democratic values and national authorities while targeting specific groups in the society as alleged enemies. This paper aims to explore the radicalisation pathways of individuals in the UK who hold radical and extreme ideas but who have not (yet) committed any offence. More precisely, this paper aims to uncover the role (if any) played by non-violent extremist groups in pathways to radicalisation. To do so, this paper focuses on people supported by the Channel programme, the main early de-radicalisation programme within the Prevent Scheme. This paper innovatively uses first-hand data reflecting the views of Channel practitioners on radicalisation pathways. This study concludes that non-violent extremist groups (as structures) still play a role in familiarising/acculturating individuals with specific ideological concepts. However, the processes of identity building and resource mobilisation seem to be strongly agent-led when observing Channel population in the UK.

Best of two worlds: Efficient, usable and auditable biometric ABC on the blockchain

In García-Rodríguez et al. 2024, two generic constructions for biometric-based non-transferable Attribute Based Credentials (biometric ABC) are presented, which offer different trade-offs between efficiency and trust assumptions. In this paper, we focus on the second scheme denoted as BioABC-ZK that tries to remove the strong (and unrealistic) trust assumption on the Reader R, and we show that BioABC-ZK has a security flaw for a colluding R and Verifier V. Besides, BioABC-ZK lacks GDPR-compliance, which requires secure processing of biometrics, for instance in form of Fuzzy Extractors, as opposed to (i) storing the reference biometric template aBio in the user’s mobile phone and (ii) processing of biometrics using an external untrusted R, whose foreign manufacturers are unlikely to adjust their products according to GDPR.The contributions of this paper are threefold. First, we review efficient biometric ABC schemes to identify the privacy-by-design criteria for them. In view of these principles, we propose a new architecture for biometric ABC of Sarier 2021 by adapting the recently introduced core/helper setting. Briefly, a user in our modified setting is composed of a constrained core device (a SIM card) inside a helper device (a smart phone with dual SIM and face recognition feature), which – as opposed to García-Rodríguez et al. 2024 – does not need to store aBio. This way, the new design provides Identity Privacy without the need for an external R and/or a dedicated hardware per user such as a biometric smart card reader or a tamper proof smart card as in current hardware-bound credential systems. Besides, the new system maintains minimal hardware requirements on the SIM card – only responsible for storing ABC and helper data –, which results in easy adoption and usability without loosing efficiency, if deep face fuzzy vault and our modified ABC scheme are employed together. As a result, a total overhead of 500 ms to a showing of a comparable non-biometric ABC is obtained instead of the 2.1 s in García-Rodríguez et al. 2024 apart from the removal of computationally expensive pairings. Finally, as different from García-Rodríguez et al. 2024, auditing is achieved via Blockchain instead of proving in zero-knowledge the actual biometric matching by the user to reveal malicious behavior of R and V.

Vulnerability-oriented risk identification framework for IoT risk assessment

The proliferation of Internet of Things (IoT) systems across diverse applications has led to a notable increase in connected smart devices. Nevertheless, this surge in connectivity has induced a broad spectrum of vulnerabilities and threats, jeopardizing the security and safety of IoT applications. Security risk assessment methods are commonly employed to analyze risks. However, traditional IT and existing IoT-tailored security assessment methods often fail to fully address key IoT aspects: complex assets intercommunication, dynamic system changes, assets’ potential as attack platforms, safety impacts of security breaches, and assets resource constraints. Such oversights lead to significant risks being overlooked in the IoT ecosystem. In this paper, we propose a novel vulnerability-oriented risk identification framework comprising a four-step process as a core element of IoT security risk assessment, applicable to any IoT system. Our process enhances both traditional and IoT-specific security risk assessment methods by providing tailored approaches that address their crucial oversights for comprehensive IoT risk assessment. We validate our process with a case study of an IoT smart healthcare system using a proposed expert-driven approach. The results confirm that our process effectively identifies critical attack scenarios originating from the lack of proper security measures, mobility, and intercommunication processes of IoT devices in the healthcare system. Furthermore, our analysis reveals potential attacks that exploit the IoT devices as platforms to target the backend and user domains. We demonstrate the feasibility of our process for identifying realistic risks by conducting simulations of two derived attack scenarios using the Contiki Cooja network simulator.

Nitrogen transformation as affected by decomposition of 15N‐labeled cover crop shoots and roots

AbstractBackgroundIncorporation of cover crop (cc) shoot and root biomass can have different effects on nitrogen (N) dynamics and the transformation of soil‐derived N and cc N.AimsThe objective was to determine the effects of different ccs, cc compartments (roots and shoots), and pretreatment of cc biomass (fresh vs. dried) on mineralization processes and on the transformation of soil and cc N following incorporation into a silty loam soil.MethodsSoil columns with incorporated 15N‐labeled root and shoot biomass of two cc species (winter rye and oil radish) and different pretreatments (dried and fresh) were incubated for 70 days at a constant temperature and soil moisture (8°C, 40% water‐filled pore space). Carbon and N transformation dynamics were determined repeatedly, distinguishing between N originating from cc biomass and from soil.ResultsNet CO2 emission was related to the amount of soluble cell components added with ccs. Net N mineralization was negatively related to the C:N ratio of cc biomass. The incorporation of dried cc biomass caused higher initial soil respiration and N immobilization than fresh biomass. All treatments with cc incorporation showed increased N2O emission. Emitted N2O‐N consisted mainly of cc N (55%–57%) in treatments with fresh shoot biomass, whereas soil N was the main source of N2O (75%) in the treatment with fresh oil radish roots. Recovery of cc 15N was affected by crop compartment and pretreatment. At the end of the incubation, it was 17.5%–42.3% in soil NO3−, 0.1%–8.1% in microbial biomass N, and less than 0.23% of cc N was found in cumulative N2O emission.ConclusionThe incorporation of cc roots and shoots had different effects on N mobilization and immobilization processes and on the partitioning of cc N. These processes can be influenced significantly by pretreatment of the added plant biomass (dried vs. fresh).

Revisiting Mobile Payment Risk-Reduction Strategies: A Cross-Country Analysis

ABSTRACT Mobile payment risk has become a critical cybersecurity factor in the cashless society. The outbreak of COVID-19 helped proliferate mobile payments that also bring significant risks to users. Using AI methods, this study analyzed six dimensions of mobile payment risks (financial, privacy, performance, psychology, time, and security) in a survey of 748 respondents from three countries (UK, Taiwan, and Mozambique). The decision tree method was employed to identify and analyze critical perceived risks. The ANOVA test provided insights on the perceived risks between countries. The ANOVA test showed that UK users were concerned about financial and time risks; those in Mozambique were concerned about performance, psychological, and security risks; and those in Taiwan were concerned about privacy risks. The results revealed that decision trees outperformed other methods (such as neural networks, logistic regression, support vector machine (SVM), random forest, and Naïve Bayes models). Performance risk (Taiwan and Mozambique) and security risk (UK) are the most significant factors. Cultural differences influence mobile payment risk perception in different countries. The risk-reduction strategies were also matched to the critical factors by the decision tree. This showed that simplification and risk-sharing strategies were the major tactics in all three countries. The clarification strategy works for Taiwan and Mozambique, which focuses on the benefits of using mobile payments. The results suggest that enterprises should improve and simplify the mobile payment process and collaborate with the third parties to reduce and share cybersecurity risk.

Enrichment of dissolved metal(loid)s and microbial organic matter during transit of a historic mine drainage system

Water quality degradation by decommissioned mining sites is an environmental issue recognized globally. In the Ore mountains of Central Europe, a wide array of contaminants is released by abandoned under- and aboveground mining sites threatening the quantity and quality of surface and groundwater resources. Here, we focus on the less-explored internal pollution processes within these mines involving organic carbon and microorganisms in trace metal(loid)s mobilization processes. Over an 18-month period, we conducted hydrological and biogeochemical monitoring at the Reiche Zeche mine, a former lead-zinc-silver mine, in Germany, reaching 230 meters below ground, well below the critical zone. Our results show strong seasonal fluctuations in water availability, concentrations of metal(loid)s, pH, and dissolved organic matter (DOM) components across multiple depths. Excess metal(loid) presence during high flow conditions indicated mobilization behavior deviating from conservative dilution. Our findings reveal strong positive correlations between metal(loid) variability and pH (0.894), and between metal(loid) variability and the DOM fluorescent component C2 (-0.910), a proxy for microbial activity. Accordingly, the microbial processes may significantly contribute to the observed metal(loid) composition and fluxes. By elucidating the intricate roles of hydrological and biogeochemical factors in trace metal(loid) mobilization, our research offers a comprehensive framework for improving mine water management and remediation, potentially informing global environmental policies and sustainable mining practices.

Mobility and dynamic erosion process of granular flow: insights from numerical investigation using material point method

Mobility and dynamic erosion process of granular flow: insights from numerical investigation using material point method

Psychological and physical side effects during G-CSF mobilization in related donors of allo-HCT.

The psychological side effects of granulocyte colony-stimulating factor mobilization in related donors of allogeneic hematopoietic cell transplantation (allo-HCT) and impacts of psychological/physical side effects on harvest outcomes remain largely unknown. We prospectively analyzed 349 consecutive related peripheral blood stem cell (PBSC) donors for allo-HCT at the First Affiliated Hospital, Zhejiang University, School of Medicine from March 2021 to August 2023. Higher baseline peripheral blood white blood cell counts (p = 0.046), monocyte counts (p < 0.001), platelet counts (p = 0.001), and hemoglobin (p < 0.001) had a positive correlation to CD34+ cell counts in the first leukapheresis, while female donors (male vs. female, p < 0.001) and older age (> 40 vs. < = 40, p = 0.003) were negatively related to CD34+ cell counts. Bone pain was the most observed physical side effect and was more frequent in female donors (p = 0.032). The incidence of fatigue was higher in female donors and older donors (female vs. male, p = 0.016; > 40 vs. < = 40, p = 0.015). Donor depression (pre vs. during mobilization, p < 0.001), anxiety (pre vs. during mobilization, p = 0.043) and insomnia (pre vs. during mobilization, p = 0.011) scores increased during the mobilization period. Donors with higher depression, anxiety and stress scores at admission were more likely to experience nausea. At 1 month after the last leukapheresis, the counts of white blood cell, neutrophil, monocyte and hemoglobin were significant lower than baseline counts, while the platelet counts recovered to baseline. The mobilization and harvest process can increase the depression, anxiety and insomnia scores. Poor psychological status of the donor can aggravate the occurrence of physical side effects.

Entrepreneurial Learning in the Resource Mobilization Process

Entrepreneurial Learning in the Resource Mobilization Process

The Expectations Game: The Contingent Role of Hype in Resource Mobilization Processes Among AI Firms

The Expectations Game: The Contingent Role of Hype in Resource Mobilization Processes Among AI Firms

Online Signals of Extremist Mobilization.

Psychological theories of mobilization tend to focus on explaining people's motivations for action, rather than mobilization ("activation") processes. To investigate the online behaviors associated with mobilization, we compared the online communications data of 26 people who subsequently mobilized to right-wing extremist action and 48 people who held similar extremist views but did not mobilize (N = 119,473 social media posts). In a three-part analysis, involving content analysis (Part 1), topic modeling (Part 2), and machine learning (Part 3), we showed that communicating ideological or hateful content was not related to mobilization, but rather mobilization was positively related to talking about violent action, operational planning, and logistics. Our findings imply that to explain mobilization to extremist action, rather than the motivations for action, theories of collective action should extend beyond how individuals express grievances and anger, to how they equip themselves with the "know-how" and capability to act.

Experimental evidence reveals the mobilization and mineralization processes of rare earth elements in carbonatites.

Whereas the genesis of carbonatitic rare earth element (REE) deposits has long been a focus of study, the controls on mobilization and mineralization of REEs during magmatic-hydrothermal processes still remain open to debate. Here, we present our investigation of the dissolution and crystallization of REE (fluor)carbonate minerals in alkaline carbonate brine-melts up to 850°C and 11.6 kbar. Our results show that REEs are soluble in Na2CO3 brine-melts, achieving concentrations exceeding 8 weight % at temperatures above 650°C. The addition of calcium and/or fluoride has minimal impact on REE mobilization, whereas introduction of silica suppresses REE solubilities by half, due to britholite formation above 550°C. Upon cooling, sodium and REEs combine to crystallize in burbankite or carbocernaite in sodium-enriched brine-melts, even at fluoride saturation. However, while the brine-melts contain substantial ferro- or aluminosilicate, REE mineralization in fluorcarbonates occurs after sufficient sodium precipitation in alkaline silicate minerals, hence revealing how silicate and sodium carbonate govern REE mineralization.

Students’ Voice: The Analysis of their Mobility Experiences through Interviews

The European student mobility Erasmus+ Programme was first established in 1987 and, in 1999, the Bologna Declaration aimed to promote the mobility as one of its main goals, focusing on intergovernmental cooperation in the field of higher education. In recent years, the mobility process has become increasingly significant, and a greater number of individuals experienced a mobility period abroad improving knowledge, skills, and attitudes. In addition to this, several international studies show how the Erasmus+ mobility has positive effects on social and individual growth. For this reason, the aim of this contribution is to focus the attention on the personal development of students from Sapienza University of Rome who spent a mobility period abroad in a non-EU country during the academic year 2019/2020 (last available and complete data before the COVID-19 outbreak). The results of the analysis, carried out by using content analysis, show how personal development as well as the ability to adapt to different contexts can be facilitated by an experience abroad. Furthermore, this can enable one to find a valuable job according to the skills and competences improved in a diverse study environment and can create a number of opportunities for personal growth.

Tracking the porphyry-epithermal mineralization transition using U-Pb carbonate dating

Key metals important for the green energy transition concentrate during magmatic-hydrothermal processes. In porphyry deposits, epithermal mineralization can overprint earlier higher-temperature systems. It is not well understood whether mineralization occurs in a single evolving system or forms during pulsed, episodic overprinting events. The timing and duration of fluid flow therefore remain key data gaps in deposit models, but they are essential factors for understanding metal (re)mobilization and concentration processes. Carbonates are common gangue minerals that precipitate during fluid flow and can be dated using the U-Pb method, thereby directly dating hydrothermal processes. Here, 41 new U-Pb dates from a fault-controlled porphyry-epithermal system in Yukon, Canada, reveal a &amp;gt;50 m.y. record of carbonate precipitation between ca. 77 and 19 Ma. Results support a model of pulsed, episodic fluid flow, rather than a single evolving system, where epithermal carbonate precipitation at ca. 74−67 Ma was both coeval with and significantly postdated Cretaceous porphyry-related magmatism. Overprinting events at ca. 62−56 Ma, ca. 51−47 Ma, and younger than 40 Ma were not responsible for primary metal deposition but may have contributed to metal enrichment. Carbonate dates coincide with periods of brecciation and fault slip. Fault movement therefore enabled episodic overprinting by epithermal mineralization, mobilizing and (re)concentrating metals. This comprehensive reconstruction of a long-lived magmatic-hydrothermal system tracks the transition from porphyry to epithermal environments, demonstrating the power of carbonate U-Pb dating for critical minerals research.

Ten years of urea fertilization alter the pqqC‐harbouring community and increase soil inorganic phosphorus mobilization

AbstractThe bacterial communities that harbour the pyrroloquinoline quinone gene (pqqC‐harbouring bacteria communities) play a pivotal role in the mobilization of inorganic phosphorus (Pi). However, there is limited knowledge regarding the connection between soil pqqC‐harbouring bacterial communities and Pi fractions, as well as the factors that can regulate them, particularly under different fertilization strategies in the agricultural soil. High‐throughput sequencing was used to investigate the pqqC‐harbouring communities from the wheat (Triticum aestivum L.)–sweet potato (Ipomoea batatas L.) season in a 9‐year field experiment, including without fertilization (control), nitrogen (N) and potassium (K) fertilization (NK), NPK fertilization (NPK) and the combined application of chemical NPK and organic fertilizer (NPKM), and to explore their relationships with Pi fractions and their regulatory factors. Long‐term N fertilization and crop type substantially changed the community composition of pqqC‐harbouring bacteria but had no effect on their diversity. In two crop seasons, long‐term N fertilization significantly increased the content and proportion of moderately labile Pi (aluminium‐ and iron‐bound P) and available P (AP) and significantly decreased the proportion of recalcitrant Pi (calcium‐bound P) compared with the control. Specifically, AP increased by 79%–778%, Fe‐P by 64%–88%, and Al‐P by 71%–308%, while Ca‐P decreased by 10%–59%. N fertilization increased the relative abundance of Micromonospora, which was significantly positively correlated with moderately labile Pi and AP. Moreover, the relative abundance of some Streptomyces increased by 391% in the sweet potato season, and they were positively correlated with AP. Structural equation modelling revealed that the interplay between the pqqC‐harbouring community composition and Pi mobilization was mainly governed by pH, underscoring the role of pH in shaping the communities of Pi‐mobilizing microbes and their effect on Pi mobilization processes. This study emphasized how N fertilization and crops reshape Pi‐mobilizing microbial communities, which in turn affects Pi mobilization and P availability. Overall, these findings offer valuable insights into optimizing P cycles and availability through N fertilization strategies.