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The paper aims to explore the anxiety of university students. The authors note that the rhetoric of the snowflake is frequently invoked in lay discourse to characterise a generation of young people as overly sensitive. This misleading conceptualisation is potentially stigmatising.

Interviews were conducted with tweleve young women (18–25 years) about anxiety during their transition through university and into adulthood.

The authors identified three themes: (1) students in a modern world, (2) gendered demands and (3) anxiety of adulting. Analysis demonstrated numerous, transecting and discourse-informed anxieties about modern life.

University professionals may benefit from understanding the gendered dimensions of anxiety associated with transitions to adulthood, including the increased pressures to succeed and achieve.

The arguably pejorative label of “snowflake” could negatively impact the social progress made in recognising the importance of taking care of mental health and help-seeking. This is especially concerning for females, as they have higher prevalence of anxiety conditions than males.

Linked data (LD) has promoted publishing information, and links published information. There are increasing number of LD datasets containing numerical data such as statistics. For this reason, analyzing numerical facts on LD has attracted attentions from diverse domains. This paper aims to support analytical processing for LD data.

This paper proposes a framework called H-SPOOL which provides series of SPARQL (SPARQL Protocol and RDF Query Language) queries extracting objects and attributes from LD data sets, converts them into star/snowflake schemas and materializes relevant triples as fact and dimension tables for online analytical processing (OLAP).

The applicability of H-SPOOL is evaluated using exiting LD data sets on the Web, and H-SPOOL successfully processes the LD data sets to ETL (Extract, Transform, and Load) for OLAP. Besides, experiments show that H-SPOOL reduces the number of downloaded triples comparing with existing approach.

H-SPOOL is the first work for extracting OLAP-related information from SPARQL endpoints, and H-SPOOL drastically reduces the amount of downloaded triples.

Compact and wideband antennas are the need of modern wireless systems that preferably work with compact, low-profile and easy-to-install devices that provide a wider coverage of operating frequencies. The purpose of this paper is to propose a novel compact and ultrawideband (UWB) microstrip patch antenna intended for high frequency wireless applications.

A square microstrip patch antenna was initially modeled on finite element method-based electromagnetic simulation tool high frequency structure simulator. It was then loaded with a rectangular slit and Koch snowflake-shaped fractal notches for bandwidth enhancement. The fabricated prototype was tested by using vector network analyzer from Agilent Technologies, N5247A, Santa Clara, California, United States (US).

The designed Koch fractal patch antenna is highly compact with dimensions of 10 × 10 mm only and possesses UWB characteristics with multiple resonances in the operating band. The −10 dB measured impedance bandwidth was observed to be approximately 13.65 GHz in the frequency range (23.20–36.85 GHz).

Owing to its simple and compact structure, positive and substantial gain values, high radiation efficiency and stable radiation patterns throughout the frequency band of interest, the proposed antenna is a suitable candidate for high frequency wireless applications in the K (18–27 GHz) and Ka (26.5–40 GHz) microwave bands.

Based on the premiss that, as technology gradually takes over most of the clerical functions of management, the one function which computers and automation may never replicate is the creativity of the human mind. Examines the implications of the management of creativity for information managers in the 1990s and beyond. This is achieved by the application of an American model of creativity to information work, the outline of a strategy concerning the introduction of creativity to the organization and finally a consideration of how creativity can enhance the decision‐making process.

Dwayne ‘The Rock’ Johnson is one of the most bankable stars in Hollywood, in addition to his broad popular appeal. Since his transition from a successful pro-wrestling career to a full-time actor, his onscreen persona has transitioned from one dimensional action hero to more balanced star ‘type’ (Dyer, 1991), alternating action films with more family-friendly fare. Johnson's starring role in the Fast and the Furious franchise has been central to the growth of his career, yet as I will argue, this success is fuelled by his apparent rivalry with other action stars onscreen (Jason Statham) and offscreen (Vin Diesel). As I will show, these rivalries are rooted in the star ‘types’ formulated by Richard Dyer (1991), and this tension is central to the ongoing fan interest in the series.

Johnson's expanding profile has also led to the establishment of his own production company, Seven Bucks, and transition into television series Ballers (2015–2019) and Young Rock (2021–), both of which allowed him to explore autobiographical elements of his early life. As I will demonstrate via a case study of Hobbs and Shaw (2019), Johnson's success as a transnational action star and creative control allowed by Seven Bucks has allowed more explicit on-screen engagement with his Sāmoan heritage. The production history of Hobbs and Shaw illustrates both the successful co-existence of rivalry between action stars as a successful marketing strategy for action franchises, and the evolving action genre which allows a more personal exploration of race and masculine identity.

Based on the premiss that, as technology gradually takes over most of the clerical functions of management, the one function which computers and automation may never replicate is the creativity of the human mind. Examines the implications of the management of creativity for information managers in the 1990s and beyond. This is achieved by the application of an American model of creativity to information work, the outline of a strategy concerning the introduction of creativity to the organization and finally a consideration of how creativity can enhance the decision‐making process.

THINK New Ideas, Inc., The Marketing and Communications Company for the Information Age, with offices in Los Angeles, New York, Atlanta, Boston, Seattle and London provides a broad range of information technology and interactive business solutions to Fortune 500 and other high profile clients. THINK is also positioned as one of the leading Internet and Intranet systems developers and interactive communications solutions providers in the emerging new technology and digital communications arena. The company's integrated solutions include the development of several proprietary Internet, Intranet tools and applications including WebMechanic, E‐corp, Net‐cube, ASAP and Comparabase, each providing specific solutions to business problems commonly faced by large corporations.

This paper aims at demonstrating how the material approach questions conventional hierarchies of photographic value, showing a way to deal with large quantities of photographs accumulated by scientific and scholarly disciplines in their archives.

For generations, these photographs have been considered as pure documentations of the objects represented in them (from artworks in museums to snowflakes under a microscope). Documentary photographs have been understood as mere working tools that can now be easily replaced by digital duplicates. Overcoming the long-established reduction of photographs to their visual content, the material approach shifts attention to masses of anonymous photographs that are often disregarded within institutions because they do not match museum systems of value based on uniqueness and authorship.

Focussing on photographic and archival practices in art history, this paper aims at demonstrating how conceptual and methodological tools such as “agency” and “materiality” can be made fruitful for theory and practice of photo archives able to explore their epistemological potential. A case study from the Photothek of the Kunsthistorisches Institut in Florenz allows an insight into historical and contemporary dynamics and practices of photographic archives.

With its interwoven strands of archival practice and academic research, the Photothek unboxes itself as a laboratory for the international, cross-disciplinary debate on the role and function of photographs and photographic archives in scholarship, suggesting a methodological path for the entire field. In conclusion, the paper shows that the first necessary step for a long-term conservation of photo archives is promoting research on the photographic objects.

For library service, bibliomining is concisely defined as the data mining techniques used to extract patterns of behavior‐based artifacts from library systems. The bibliomining process includes identifying topics, creating a data warehouse, refining data, exploring data and evaluating results. The cases of practical implementations and applications in different areas have proved that the properly enough and consolidated data warehouse is the critical promise to successful data mining applications. However, the data warehouse creation in the processing of various data sources obviously hampers librarians to apply bibliomining to improve their services and operations. Moreover, most market data mining tools are even more complex for librarians to adopt bibliomining. The purpose of this paper is to propose a practical application model for librarian bibliomining, then develop its corresponding data processing prototype system to guarantee the success of applying data mining in libraries.

The rapid prototyping software development method was applied to design a prototype bibliomining system. In order to evaluate the effectiveness of the system, there was a comparison experiment of accomplishing an assigned task for 15 librarians.

With the results of system usability scale (SUS) comparison and turn‐around time analysis, it was established that the proposed model and the developed prototype system can really help librarians handle bibliomining applications better.

The proposed novel application bibliomining model and its developed integration system are proved to be effective and efficient in bibliomining by the task‐oriented experiment and SUS to 15 librarians. Comparing turn‐around time to accomplish the assigned task, about 35 per cent in terms of time was saved. Librarians really require an appropriate integration tool to assist them in successful bibliomining applications.