Search Results (30)

This study examines the diversity of terminologies associated with assistive technology (AT), a crucial field that promotes autonomy and inclusion for people with disabilities. Although the wide use of assistive technology is observed in the literature, a variety of terms are often used interchangeably, which hinders research, technological development, and the formulation of public policies. In this sense, this systematic review aimed to identify, categorise, and analyse the diversity of terms used to describe AT in the scientific literature, contributing to greater conceptual clarity and supporting structured and interdisciplinary development in the field. A comprehensive search was conducted in July 2024 across the Scopus, Web of Science, and PubMed databases, covering publications from 1989 to 2024. Eligible studies were peer-reviewed journal articles in English that conceptually defined at least one AT-related term. The selection process followed the PRISMA 2020 guidelines and included studies from Q1 and Q2 journals to ensure academic rigour. A total of 117 studies were included out of 11,941 initial records. Sixteen distinct terms were identified and grouped into five clusters based on semantic and functional similarities: Cluster 1—Technologies for assistance and inclusion. Cluster 2—Functional assistive devices. Cluster 3—Assistive interaction interfaces. Cluster 4—Assistive environmental technologies. Cluster 5—Assistive systems. A complementary meta-analysis revealed geographic and temporal trends, indicating that terms such as “assistive technology” and “assistive device” are globally dominant. In contrast, others, like “enabling technology,” are more context-specific and emerging. The findings contribute theoretically by providing a structured framework for understanding AT terminology and practically by supporting the design of public policy and interdisciplinary communication. Full article

We live in an era where digitalization and omnichannel strategies significantly transform retail landscapes, and accurate spatial analytics from Geographic Information Systems (GIS) can deliver substantial competitive benefits. Nonetheless, despite evident practical advantages for specific targeting strategies and operational efficiency, the degree of GIS integration into academic marketing literature remains ambiguous. Clarifying this uncertainty is beneficial for advancing theoretical understanding and ensuring retail strategies fully leverage robust, data-driven spatial intelligence. To examine the intellectual development of the field, co-occurrence analysis, topic mapping, and citation structure visualization were performed on 4952 peer-reviewed articles using the Bibliometrix R package (version 4.3.3) within R software (version 4.4.1). The results demonstrate that although GIS-based methods have been effectively incorporated into fields like site selection and spatial segmentation, traditional marketing research has not yet entirely adopted them. One of the study’s key findings is the distinction between “author keywords” and “keywords plus,” where researchers concentrate on novel topics like omnichannel retail, artificial intelligence, and logistics. However, “Keywords plus” still refers to more traditional terms such as pricing, customer satisfaction, and consumer behavior. This discrepancy presents a misalignment between current research trends and indexed classification practices. Although the mainstream retail research lacks terminology connected to geomarketing, a theme evolution analysis reveals a growing focus on technology-driven and sustainability-related concepts associated with the Retail 4.0 and 5.0 paradigms. These findings underscore a conceptual and structural deficiency in the literature and indicate the necessity for enhanced integration of GIS and spatial decision support systems (SDSS) in retail marketing. Full article

Earth observation data serve as a fundamental resource in Earth system science. The rapid advancement of remote sensing and in situ measurement technologies has led to the generation of massive volumes of data, accompanied by a growing body of geographic textual information. Efficient and accurate classification and management of these geographic texts has become a critical challenge in the field. However, the effectiveness of traditional classification approaches is hindered by several issues, including data sparsity, class imbalance, semantic ambiguity, and the prevalence of domain-specific terminology. To address these limitations and enable the intelligent management of geographic information, this study proposes an efficient geographic text classification framework based on large language models (LLMs), tailored to the unique semantic and structural characteristics of geographic data. Specifically, LLM-based data augmentation strategies are employed to mitigate the scarcity of labeled data and class imbalance. A semantic vector database is utilized to filter the label space prior to inference, enhancing the model’s adaptability to diverse geographic terms. Furthermore, few-shot prompt learning guides LLMs in understanding domain-specific language, while an output alignment mechanism improves classification stability for complex descriptions. This approach offers a scalable solution for the automated semantic classification of geographic text for unlocking the potential of ever-expanding geospatial big data, thereby advancing intelligent information processing and knowledge discovery in the geospatial domain. Full article

People in multilingual societies develop complex and interconnected food-making and food-discussing networks. On the basis of an experimental course titled “Food at Home, Food on the Move: Globalization and Regionalism in Modern Food Culture” taught at the University of Helsinki, we will show how the acquisition of culinary terminology puts forward the interconnectedness of languages and the dynamics between them in several sociolinguistic contexts. The lectures were grouped geographically: Eating with the Neighbors (Finnish cuisine and Swedish, Russian, Karelian and other influences); From the Baltic to Central Europe (Latvian, Lithuanian, Polish, German, and Hungarian food cultures); Formative Cuisines of the Mediterranean (French, Italian, Greek, Middle Eastern cuisine, etc.); and Eating Outside Europe (food culture influences from the US, Mexico, China, Japan, and India). The assignments included a critical lecture diary, an essay about eating experiences, or additional reading, a conversational analysis of a culinary show, or fieldwork in an ethnic restaurant. Raising awareness of linguistic and cultural diversity, motivating course participants to discuss the role and interaction of languages in their repertoire, makes them reflect on their multilingual identities. It allows educators to explore individuals’ DLCs in different contexts while navigating diverse global and local environments based on the principles of fairness and equality in education. Full article

Incorporating findings from 74 meticulously selected studies, this analysis delves into the complex challenge of measuring food waste (FW) in the food service industry (FSI). The objectives are to aggregate findings on FW quantities, scrutinize quantification methods, identify research gaps, and outline key areas for future exploration. The analysis uncovers an average FW of 167.2 g (min 4.7 g, max 1100 g, standard deviation 202) per meal (26.1%), with studies focusing on plate waste indicating an average of 125.0 g (min 4.7 g, max 292 g, standard deviation 97.3) per meal (29.0%). Variability stems from FW quantification from diverse terminology, inconsistent methodologies, and contextual factors, revealing a lack of standardized concepts. Geographic and sub-sector differences further contribute to the variation in reported FW quantities, affecting the generalizability and comparability of quantities across different FSI establishments and studies. Notably, the majority of the articles offer case-specific insights, limiting their relevance to broader FW generation estimates at the local, national, or sectoral level. Beyond the need for precise quantification, the study acknowledges that the primary challenge lies in addressing wasteful behavioral drivers and actions. Within this perspective, this study underscores the influential role of sociocultural factors and behavioral tendencies and advocates for the need for a deeper understanding of FW generation to formulate practical, sustainable FW prevention strategies. This study provides essential groundwork for harmonizing quantification techniques and guides policymakers and industry stakeholders for the development of practical policies and targeted measures and interventions to effectively reduce FW in the FSI. Full article

This paper explores the challenges of measuring and classifying the East African Asian population in Aotearoa New Zealand. As a particularly diverse country, New Zealand has a significant and varied population of immigrants from South Asia, including India, Pakistan and Bangladesh, along with immigrants of South Asian origin, from Fiji, Southeast Asia, the Caribbean and East Africa. New Zealand’s system of ethnic classification relies on self-identification, with a broad definition of ethnicity encompassing heritage, ancestry, culture, language and feelings of belonging. However, the collection of this information at a granularity that enables detailed analysis is constrained for the South Asian population, regardless of origin or identification. People are typically presented with the choice of selecting “Indian” ethnicity as a tick box, or providing ethnicities under “Other” as write-in descriptors, which in turn are coded to a limited set of categories within the classification being used. This practice potentially conceals a diversity of ethnicities, which can only partially be hinted at by responses to questions relating to religions, languages and birthplaces, especially for second or third-generation descendants of migrants. Ethnic classification at the highest level, moreover, includes East African Indians as Asian, rather than African, reflecting diasporic heritage as a shorthand for ancestry and overlooking the relevance of layers of identity associated with the double diaspora. Drawing on Peter J. Aspinall’s work on collective terminology in ethnic data collection and categorizing the “Asian” ethnic group in the UK, this paper looks at the overlaps and disconnects between heritage, ethnicity and national belonging in classifying less clearcut identities. We explore the strengths and limitations of New Zealand’s self-identification approach to ethnic identity, and query what exactly is being asked of groups on the margins: when self-identification does not match external perception, are we looking for geographic, cultural, or genetic origins? A focus on the East African Asian population in Aotearoa highlights the complexity of identity for diasporic groups with distant ancestral links with India, as lived experience of cultural connection extends far beyond the bounds of ethnicity, language and even ancestry. Full article

Learning to use geographic information system (GIS) software effectively may be intimidating due to the extensive range of features it offers. The GRASS GIS software, in particular, presents additional challenges for first-time users in terms of its complex startup procedure and unique terminology associated with its data structure. On the other hand, a substantial part of the GRASS user community including us as developers recognized and embraced the advantages of the current approach. Given the controversial nature of the whole issue, we decided to actively involve regular users by conducting several formal surveys and by performing usability testing. Throughout this process, we discovered that resolving specific software issues through pure user-centered design is not always feasible, particularly in the context of open-source scientific software where the boundary between users and developers is very fuzzy. To address this challenge, we adopted the user-centered methodology tailored to the requirements of open-source scientific software development, which we refer to as community-driven design. This paper describes the community-driven redesigning process on the GRASS GIS case study and sets a foundation for applying community-driven design in other open-source scientific projects by providing insights into effective software development practices driven by the needs and input of the project’s community. Full article

This paper attempts to define a name for an area of science and technology that encompasses the acquisition, processing and application of spatial data in the mining industry. A comparative study of the evolution of spatial data exchange methods between Geographic Information Systems (GISs) and General Mining Planning (GMP) software is carried out to define the problem and name it. Subsequent modifications of the acronym GIS towards the specialisation of its application in mining are then reviewed. This is followed by the identification of three terminological postulates designed to formulate constraints and rules for the creation of a new definition. The subsequent analysis identifies the nomenclatural basis of the research area of geomatics and determines its applicability in the context of mining. The results of the research made it possible to formulate a new definition of “mining geomatics”. The final section of the article presents an initial proposal for an inventory of the basic concepts of mining geomatics in the form of a Body of Knowledge for mining geomatics. Full article

Background: How quickly providers adapt to new practice guidelines is not well known. The objective of this study was to evaluate temporal trends in the performance of urethral endoscopic management and urethroplasty surrounding the release of the American Urological Association (AUA) Male Urethral Stricture Guidelines in 2017. We also evaluate in parallel trends in female urethral stricture disease, where AUA guidelines are not present. We hypothesized that the ratio of urethroplasty versus urethral endoscopic management in both males and females is increasing and that guidelines do not result in immediate changes in management trends. Methods: Endoscopic management and urethroplasty data were collected from the TriNetX database on adult males and females five years before (starting 1 January 2012) and after (ending 31 December 2022) the 2017 AUA guidelines. Cohorts were built using Current Procedural Terminology (CPT) codes and grouped into urethral endoscopic management (Males: CPT 52275, 52281, 52282, 53600, 53601, 53620, 53621; Females: CPT 52270, 53660, 53661, 53665) or urethroplasty (Males: CPT 53000, 53010, 53400, 53410, 53415, 53420, 53450, 53460; Females: CPT 53430). Data on patient age, race, and geographic distribution were also collected. Results: In total, 27,623 (Males: 25,039; Females: 2584) endoscopic managements and 11,771 (Males: 11,105; Females: 666) urethroplasties were reviewed across 51 Health Care Organizations. The mean age of endoscopic management and urethroplasty patients was 67.1 and 55.7, respectively (p < 0.01). The urethroplasty-to-endoscopic management ratio decreased for males between 2012 and 2013 and then steadily increased until 2017. The ratio steadily increased for females from 2012 to 2017. The urethroplasty-to-endoscopic management ratio showed a slight decline from 2017 to 2020 across both males and females before rising again through 2022 to a study high (Males: 0.62; Females: 0.63). Regional differences were identified, with the West having the highest urethroplasty-to-endoscopic management ratios for both males and females, the Northeast having the lowest urethroplasty-to-endoscopic management ratio for males, and the Midwest having the lowest ratio for females. Conclusions: The utilization of urethroplasty for males and females is increasing. An immediate benefit on post-guideline urethroplasty rates was not observed, and the utilization of female urethroplasty increased despite the absence of AUA guidelines. These illustrate that the impact of guideline dissemination takes time and supports the need for continued provider outreach and education on urethral stricture disease and management. Full article

Cultural responsivity in academic research is central to the use of language that is representative and inclusive of Indigenous worldviews on gender and sexuality diversity. This article uses the Preferred Reporting Items for Systematic Reviews and Meta-Analysis (PRISMA) approach to explore current studies’ contribution to the use of gender and sexuality diverse terminology and language that is representative of Indigenous worldviews. A systematic review of 85 journal articles (published between January 2000 and June 2021) generates both quantitative results regarding the frequency of terms used and qualitative outcomes of actively used terminologies, geographic regions, identified populations, and gender and sexuality diversity-specific themes in Indigenous studies. A substantial glossary of terminology characteristic of the multiplicity of gender and sexuality diversity was identified, however, further research examining gender and sexuality diversity from the perspective of Indigenous worldviews is needed to align with the best practices of equity, diversity, inclusion and belonging. Full article

Climate change and continued urban development in flood-prone areas exacerbate flood risks. Flood Risk Management authorities often turn to structural protection measures to minimise losses. However, these measures often lead to infrastructural lock-ins with potential unintended consequences as increased safety can induce increased development, ultimately leading to higher losses in the event of failures of the structural safe-guards in place. This process has been referred to as the Safe Development Paradox: a cross-cutting science-policy-practice challenge that requires a systematic understanding in the context of climate change and the United Nations Sustainable Development Goals. Yet, there are no comprehensive review studies, to date, that summarize the state of knowledge of the Safe Development Paradox. This paper provides the first evidence base through a critical review of the state-of-the-art and quantitative analysis of the peer-reviewed English-language literature since 2000, highlighting key knowledge gaps and issues hindering progress in addressing the Safe Development Paradox. It was identified that current research is compounded by a lack of consistent terminology, limited geographic distribution of case studies, and skewed emphasis on fluvial flooding. The review ends with potential directions across the science, policy, and practice domains for increasing knowledge and tackling the Safe Development Paradox. Full article

In the past year, the author has been using the OpenSky ressources for teaching purposes in the context of Software-Engineering courses for undergraduates at the Darmstadt University of Applied Sciences (Germany). Challenges in using the OpenSky-Online-API during hands-on sessions with groups of students could be found in the following areas: restrictions on the update frequency for data-retrieval calls when using the same IP address from the university network; necessity to create logins for accessing data for a specific timestamp; and a lack of student understanding of basic flight-data terminology, including geographic location. The OpenSky-Network data was used to teach Software-Engineering topics with the focus on professional software tests including UI-Testing with an OpenLayer visualization, testing of network connectivity using a circuit breaker, and the usage of mocks and stubs to obtain independent integration tests. To overcome the technological limitations of the data retrieval, a simple flight-data proxy was implemented to be used instead of the actual OpenSky website. This paper gives some insights into the specific testing topics covered by the course and the usage of OpenSky flight data. Some future improvements are suggested so that undergraduate students can further get to know the interesting field of flight-data processing while learning essential techniques for professional software testing. Full article

High quality mental health and psychosocial support (MHPSS) guidelines are indispensable for policy and practice to address the mental health consequences of disasters. This contribution complements a review that assessed the methodological quality of 13 MHPSS guidelines. We analyzed the content of the four highest-ranking guidelines and explored implications for disaster risk reduction (DRR). A qualitative explorative thematic analysis was conducted. The four guidelines proved largely similar, overlapping or at least complementary in their MHPSS definitions, stated purpose of the guidelines, user and target groups, terminology, and models used. Many recommended MHPSS measures and interventions were found in all of the guidelines and could be assigned to five categories: basic relief, information provision, emotional and social support, practical support, and health care. The guidelines stress the importance of monitoring needs and problems, evaluating the effect of service delivery, deliberate implementation and preparation, and investments in proper conditions and effective coordination across professions, agencies, and sectors. The MHPSS knowledge base embedded in the guidelines is comprehensive, coherent, and sufficiently universal to serve as the “overarching framework” considered missing yet vital for the integration of MHPSS approaches in DRR. Although application contexts differ geographically, this common ground should allow policymakers and practitioners globally to plan, implement, and evaluate MHPSS actions contributing to DRR, ideally together with target groups. Full article

Oral submucous fibrosis (OSF) is a potentially malignant condition of the oral cavity characterized by progressive fibrosis of the submucosal tissues. OSF is typically associated with the use of betel quid (BQ), a chewing package made of natural products (e.g., areca nut, betel leaves), with or without smokeless tobacco. BQ ingredients contain pro-carcinogenic bioactive compounds, but also potentially protective biomolecules, and we have shown recently that the chemical properties of different BQ recipes vary, which may explain the unequal prevalence of OSF and oral cancer in BQ users in different geographical regions. Hence, this scoping review was aimed at evaluating the existing literature regarding different BQ compounds and their association with OSF. The repository of the National Library of Medicine (MEDLINE/PubMed), medRxiv databases, Google scholar, Baidu scholar, CNKI, and EBSCO were used to search for publications that investigated the association between BQ chewing and OSF up to November 2021. The search terminology was constructed using the keywords “betel quid” and “oral submucous fibrosis”, and their associated terms, with the use of Boolean operators. The search was conducted under Preferred Reporting Items for Systematic Reviews and Meta-Analyses extension for Scoping Reviews (PRISMA-ScR) guidelines, together with clear inclusion and exclusion criteria. The review showed that the risk of developing OSF varied between different BQ recipes, and that chewing BQ mixtures containing betel inflorescence (BI) significantly increased the risk of OSF, as did the addition of tobacco. Conversely, the use of betel leaf in the mixture was likely to be protective, which may be due to the presence of polyphenols. Although further research is needed to determine the effect of individual BQ ingredients in the development of OSF, our pilot results provide the scope and rationale for informing future chemopreventive strategies for OSF and oral cancer in BQ chewers. Full article

Geographical information is gaining new momentum as an analysis and visualization tool for collections of cultural objects. It provides all kinds of users with new opportunities to contextualize and understand these objects in ways that resemble our ordinary spatially-located experience and to do so better than textual narratives. The SeMap project has built an online resource that shows more than 200,000 cultural objects through spatiotemporal maps, thus enabling new experiences and perspectives around these objects. Data come from the CER.ES repository and were created by a network of more than 100 Spanish museums. This article explains the refinement of the data provided by the repository, mostly by adding a semantic structure thanks to the CIDOC-CRM ontology, and by simplifying the exceedingly complex terminologies employed in the original records. Particular attention is paid to the methods for geolocating the information, as well as adding temporal filters (among others) to user queries. The functionalities, interface, and technical requirements are also explored at length. Full article