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This document provides abstracts of papers presented at the Society of Dairy Technology 80th Anniversary Conference, covering a range of topics in the dairy industry. One paper examines the impact of process conditions on water evaporation and energy usage in spray drying, while another explores the use of near-infrared spectroscopy to analyze the composition of raw milk. Other papers discuss the development of high-protein soft cheese alternatives, plant-based cheese analogues, and sustainable cleaning strategies in dairy facilities. The document also mentions a project focused on characterizing the milk metabolome and developing biomarkers for milk processability and methane production. Additionally, the document highlights a study that modified sediment quantification tests for dairy powders to improve image analysis capabilities, with promising results. Further research is planned to investigate the effects of robotic agitation and test additional powders. [Extracted from the article]

Microdisplay on silicon backplane is a promising architecture for XR systems. While digital circuitry is advantageous on silicon backplane, digital driving display introduces visual artifacts. First, we investigated the mechanism and solution of visual artifacts relevant for XR displays. Next, we proposed a intraframe time warp (ITW) to compensate for visual artifacts from head motion. ITW provide benefits to µOLED displays in XR systems by utilizing the higher frequency of digital driving. Lastly, we studied a 4K resolution digital µOLED displays expecting more than 40% of power saving in driving. The proposed digital driving solution with ITW is advantageous in power consumption and visual performance, however, the development of related technology is crucial to build the system. [ABSTRACT FROM AUTHOR]

We introduce a high‐throughput field programmable active‐matrix digital microfluidics system designed for large‐scale biological experiments. The fabricated microfluidics chip consists of a 640×280‐pixel array, each pixel measuring at 100×100 μm. This configuration enables the addressing of individual pixels, facilitating parallel droplet manipulation. The system utilizes 9T2C GOA circuits for generating row scanning signals, and 3T1C pixel circuits to provide driving voltage to individual pixels. The system exhibited a notably elevated proficiency in high‐resolution droplet generation and manipulation, with over 80% droplet division success rate and more than 20 hours of stable single‐droplet movement. The minimum volume of an individual droplet amenable to stable manipulation is 1.2 nL, featuring a droplet resolution of four pixels, which is two orders of magnitude less than the previously reported volume at IEDM. This research lays the foundation for the utilization of digital microfluidics in the realms of in vitro diagnostics and biological and chemical experiments focused on single‐cell analyses. [ABSTRACT FROM AUTHOR]

Death is an inevitable part of life and highly relevant to information management: its approach often requires preparation, and its occurrence often demands a response. Many works in information science have acknowledged so much, and yet death is rarely a focused topic, appearing instead sporadically and disconnected across research. As a result there is no introduction to, overview of, or synthesis across studies on death and information. We therefore conducted an extensive literature search and reviewed nearly 300 scholarly publications at the intersection of death and information (and data) management. Covering seven topics in total, we review two groups of work directly engaging information management in relation to death (digital possessions, inheritance, and legacy; information behavior, needs, and practices around death), three engaging death and technology that require information and its management (death and the Internet, thanatosensitive design and technology‐augmented death practices, and the digital afterlife and digital immortality), and two reflecting the ethical and legal dimensions unique to death and information. We then integrate the collective findings to summarize the landscape of death‐related information research, outline remaining challenges for individuals, families, institutions, and society, and identify promising directions for future information science research. [ABSTRACT FROM AUTHOR]

The increasing use of digital technologies has implications for reading. Online and on‐screen reading often consist of engaging with multiple, short, multimedia snippets of information, whereas longform reading is in decline. Meta‐analyses have identified a screen inferiority when reading informational texts, but not narrative texts. The mode effect is explained by reference to the Shallowing Hypothesis, postulating that increased screen reading leads to a propensity to skim and scan rather than carefully read, since digital reading material is typically composed of short, decontextualized snippets of multimedia content rather than long, linear, texts. Experiments have found support for the Shallowing Hypothesis when reading expository/informational texts, but the impact of increased habituation to screens on, specifically, literary reading, is largely unknown. It is plausible that shallow modes of reading, prompted by increased screen use, may compromise one's capacity to engage deeply with literary texts and, in turn, negatively affect readers' motivation and inclination to engage in slower, more reflective, and more effortful reading. This article presents the results from three experiments exploring associations between reading behavior, medium preferences, and the reading of a short literary text on paper versus screen. Although mixed, the results revealed an overall pattern for the role of medium: more frequent reading of short texts on screen predicted less inclination to muster the cognitive persistence required for reading a longer text, and engage in contemplation on the deeper and personally relevant meaning of the literary text. Educational implications of these findings are discussed. [ABSTRACT FROM AUTHOR]

This paper analyses the digital ecosystem (DES), entrepreneurial ecosystem (EES) and economic development (ED) indicators as key determinants of digital technology entrepreneurship (DTE) across the globe. The correlation matrix depicts an important relationship between DTE, DES, EES and ED. Further, the partial least squares structural equation modelling (PLS‐SEM) results show that DES and EES have a favourable and significant influence on the establishment of digital technology entrepreneurship (DTE) globally. However, the ED, though, has a positive and significant impact on EES and DES, not directly impacting DTE. The study is useful to various stakeholders such as entrepreneurs, funding agencies, policymakers and researchers in their decision‐making process. [ABSTRACT FROM AUTHOR]

Carrying out digital innovation is the main channel for enterprises to stimulate internal vitality and enhance core competitiveness in the digital economy era. Based on the Panel data of A‐share listed high‐tech enterprises from 2011 to 2020, this paper integrates digital strategy, executive incentive, and financial flexibility into the same analytical framework from an inter‐organizational perspective and uses the random effect Tobit model to study their direct or indirect effects on digital innovation. The research results indicate that digital strategy has a significant positive impact on digital innovation, while the indirect effect of diversified management weakens the positive impact of digital strategy, specifically manifested as the masking effect; executive incentives have a significant positive impact on digital innovation, while equity concentration negatively moderates the impact of executive incentives on digital innovation; financial flexibility has an inverted U‐shaped impact on digital innovation. The research results provide a theoretical basis and practical inspiration for the implementation of digital innovation within enterprises. [ABSTRACT FROM AUTHOR]

"The Sunday Paper: A Media History" explores the unique relationship between the Sunday Paper and its readers, highlighting the development of supplements and their impact on the newspaper industry and readers' interaction with the medium. The book is divided into three sections: "Subscription," "Circulation," and "Syndication," each examining different aspects of the Sunday Paper's history. The final section focuses on the rise of comic strips and their appeal to children, while the conclusion briefly touches on the current state of the Sunday Paper. This book provides valuable insights for media historians and offers an enjoyable read for anyone interested in the history of news consumption before the digital age. [Extracted from the article]

The paper introduces the student‐coined term digital instinct which describes students' disposition to resorting to digital technology for solving problems and doing school assignments. Taking cues from the term digital instinct, the paper describes a student perspective on digital literacy emerging from 100 lived experience descriptions and interviews with 37 Danish upper secondary students. The findings show that students' digital practice is characterised by experience‐based, intuitive and familiar use of technologies. Most notably, students employ digital technologies as cognitive partners that help them carry on with assignments that they initially did not understand, but that they were able to complete with the help of the computer. The study examines the nature of this partnership through the words of the students and identifies how technologies expand student agency but fall short of a reflective use of digital technologies. Recognising the strengths and weaknesses of students' digital practices may inform the concept of digital literacy and encourage teachers to acknowledge the digital instinct as a steppingstone to foster students' reflective use of digital technologies. Practitioner notesWhat is already known about this topic Students have inadequate command of digital literacies as described in curricular terminology.Students have positive as well as negative perceptions of the value and usefulness of digital technologies in school.Students both over‐ and underestimate their own digital literacies.What this paper adds Students have a fundamental utilitarian conception of digital technologies that either make schoolwork easier or more difficult, and they do not articulate that their use of digital technologies provides them with digital literacies.Students' conception of a digital instinct describes an intuitive and familiar, albeit unreflected, use of technologies where students employ experience‐based and self‐taught methods for using digital technologies.The digital instinct accounts for a feeling of agency among students, manifested in a widespread confidence that they can do assignments and solve problems when they make use of their computer.Implications for practice and/or policy Curricular terminologies struggle to capture what students can and cannot do with technology, and how much they understand the underlying technology.Teachers can involve and build on students' experience‐based digital practices as a starting point for developing digital literacy among students—also as an entry to a curricular perspective.Teachers should acknowledge students' conception of a 'digital instinct' as an important disposition in its own right. [ABSTRACT FROM AUTHOR]

The emerging microfluidic tools bring new methods for miniaturized analytical systems and single cells manipulation. This study presents an active‐matrix digital microfluidic platform for single cells generation and manipulation. The microfluidic chip was fabricated by amorphous silicon (a‐6i) thin‐film transistor (TFT) technology. The active device contains 26,368 electrodes that can be independently addressed to perform multiple and simultaneous droplets manipulation. The electrode array consists of electrodes differing in shape and size. The combination of various electrodes can give full play of their advantages, thus improve the droplet movement stability and generation uniformity. This work paves new ways for conducting low‐cost and high‐throughput applications in single cells manipulation. [ABSTRACT FROM AUTHOR]

This paper investigates digital inequalities in usage within African informal sectors. In particular, we examine whether the uneven digital diffusion is embedded in pre‐existing socio‐economic inequalities. After identifying three segments of informal firms, we rely on multivariate and decomposition analyses to identify predictors of usage of digital technologies for business purposes and explain usage gaps between segments. Our findings suggest that digital inequalities are rooted in the vertical heterogeneity of informal sectors, with some firm characteristics significantly predicting professional use of digital technologies. In addition, we find that there are both common and segment‐specific levers for addressing digital inequalities between informal firms. [ABSTRACT FROM AUTHOR]

With the burgeoning expansion of digital technologies, electronic displays are becoming increasingly prevalent in our daily lives. These displays are not limited to stationary ones like traditional TVs but have also found their way into mobile devices such as smartphones and wristwatches. To facilitate this significant shift, it is evident that substantial engineering efforts are necessary. However, equally crucial is the establishment of proper methods for measurement and evaluation. Without the development of such evaluation methods, technological progress would be hindered. [ABSTRACT FROM AUTHOR]

Outdoor displays become rapidly digital in our digital world. These digital displays are typically emissive, implying a very high‐power consumption to be seen in the daylight, and light pollution in nighttime. Last year Etulipa announced and demonstrated a full colour reflective display based on Electro Wetting Display technology with 10mm pixel pitch. The vertically stacked Cyan Magenta Yellow architecture yields very bright colours. The high switching speed of electrowetting cells enable displaying of video content. The power consumption is 7 W/m 2 implying that the displays can run on solar systems without any need for charging from the grid. The market feedback consists of several exciting applications which are reviewed. Street furniture is expected to be a very early application. Because the typical viewing distance for street furniture applications will be in the order of meters, the pixel pitch should be in the order of millimeters. This requirement defines a technical roadmap for development of the existing electrowetting architecture. [ABSTRACT FROM AUTHOR]

Digital microfluidics have great advantages in improving droplets throughput and miniaturizing analytical systems. Digital microfluidics platform can bring new opportunities for chemical and biological analysis. Here we present an active‐matrix digital microfluidics platform for applications in high‐throughput micro‐droplets manipulation. The microfluidic chip was fabricated by amorphous silicon thin‐film transistor technology. The electrode array consists of 65536 electrodes, which possesses the ability to manipulate thousands of independent droplets simultaneously. This work paves new ways for conducting high‐throughput and low‐cost applications in chemical and biological analysis. [ABSTRACT FROM AUTHOR]

This paper experimentally validates a fully digitalized active gate driver for suppressing the switching surge voltage of SiC MOSFETs in a boost converter. High‐voltage power conversion systems are expected to adopt SiC unipolar power devices utilizing their high‐speed switching capability. The high‐speed switching operation causes the switching surge voltage in its switching transient. Active gate driving is a key technology for suppressing it. A fully digitalized active gate driver is particularly focused upon, which freely shaped the output gate‐source voltage waveform by a multi‐bit gate control signal. This driver achieves the dynamical control of the voltage/current behaviours of MOSFET in the switching transient by taking the Miller effect into account. It contributes to suppressing the switching surge voltage. This paper applies this digital active gate driver to a high voltage power conversion circuit. The switching surge voltage is experimentally suppressed by slew rate control with the digital active gate driver for various operating conditions. The results clarify the control strategy of the digital active gate driver for SiC MOSFET in a power conversion circuit. [ABSTRACT FROM AUTHOR]

To date, older adults have received little attention in the newly emerging technological narratives of transnational religion. This is surprising, given the strong association of later life with spiritual and religious engagement, but it likely reflects the ongoing assumption that older adults are technophobic or technologically incompetent. Drawing on ethnographic interviews with older Sinhalese Buddhist migrants from Sri Lanka, living in Melbourne, this paper explores the digital articulations of transnational religion that arise from older migrants' uses of digital media. We focus on how engagements with digital media enable older Sinhalese to respond to an urgent need to accumulate merit in later life, facilitating their temporal strategies for ageing as migrants. We argue that these digital articulations transform both the religious imaginary and the religious practices that validate and legitimize a life well‐lived. [ABSTRACT FROM AUTHOR]

Digital replication of an existing cast gold onlay anatomy to a more esthetic material for a new complete denture is challenging. A technique is presented that uses digital technology to fabricate a new maxillary complete denture with monolithic zirconia onlays that duplicate the anatomy of an existing complete denture with cast gold onlays. [ABSTRACT FROM AUTHOR]

Paper chromatography is a simple and harmless experiment suitable for lower secondary education. Besides the training of subject‐specific contents, paper chromatography allows the application of modelling and simulation since the submicroscopic processes can be simplified in a way that they become understandable in lower secondary education. Here, the application of digital tools in addition to the experimental performance of paper chromatography in a compulsory STEM course in grade 6 is reported. Following a series of experiments, chromatography is at first simulated by a board game and then by computer simulations. Such simulation program allows the variation of the parameters in order to explore the model and to introduce the particle concept of matter and molecular interactions. The implementation with a graphical programming environment such as Scratch also allows the programming by pupils in this age group. In this way, it is possible to introduce modelling and simulation in an early stage as important contributions to scientific work in natural sciences. [ABSTRACT FROM AUTHOR]

As large enterprises embrace Digital Transformation, it is obvious that merely scanning paper documents to digital form is inadequate to achieve their broader goals. These must be transformed into more granular data that are version controlled, configuration managed and connected – i.e., a digital thread. As a digital thread begins to span the product lifecycle, its complexity increases exponentially with the number of lifecycle phases and application areas that it encompasses. This quickly becomes intractable, given the "normal" approach to finding and presenting data in PLM platforms. The goal of creating these enormous and rapidly growing networks of data is not just to archive the data. They must empower the product teams to be productive and to make the most effective use of this dynamic data network to meet the rapidly changing goals of the corporation as it reacts to the market's needs. This requires various graphical query and visualization tools. [ABSTRACT FROM AUTHOR]

This paper discusses the R&D of cyber‐physical interfaces using large‐area, flexible electronics realized with printing technology. We successfully developed health monitoring systems for large‐scale infrastructures by combining this concept with advanced Si‐LSI and information processing technologies. This paper introduces a new digital social infrastructure through integrated processes, devices, circuits and systems, and information processing. [ABSTRACT FROM AUTHOR]

The digital age has brought about a revolution in the way we manage our finances, with more and more financial services moving online. However, not all communities have the same level of digital competency, leading to disparities in access to financial services. This study delves into the digital competencies' framework necessary for financial services to sustain vulnerable communities in the digital era. The COVID‐19 pandemic has accelerated the digital shift, leaving many communities struggling to adapt. The study aims to understand the challenges and opportunities presented by this shift, and how key stakeholders can support disadvantaged communities in developing their digital skills and accessing resources. The "Digital Financial Services Consumer Competency Framework" was identified as most appropriate for the study. Respective governments and other key stakeholders must assist with the development of digital hubs, from which vulnerable communities can access digital skills and resources. The research method used is a systematic literature review of 19 published papers, which were analyzed to generate statistics, visualization maps, and theories for the study. The findings of the study will be used to guide the development of policies to necessitate and encourage community ICT adoption. [ABSTRACT FROM AUTHOR]

Background: Text comprehension research in relation to the reading medium showed that digital‐based reading represents a disadvantage compared with paper‐based reading. Most paper versus screen research; however, was conducted with university students. Objectives: This study investigated the contribution of reading medium to text comprehension and medium preference in beginner readers who use technology for school learning. The moderating role of text genre, word reading and medium preference on the reading medium effect on text comprehension was also analysed. Methods: First graders (N = 115; mean age = 6;8 years) read narrative and informational linear texts on paper and computer screen and answered main idea, literal and inferential comprehension questions. Medium preference questions and a word reading task were administered. Results and Conclusions: Logistic mixed models showed that the main idea and literal comprehension of narrative and informational linear texts were greater on screen and for higher word reading skills. Inferential comprehension was lower on screen at lower levels of word reading skills but became similar for the two media as word reading increased. Children had no clear medium preference and medium effect on text comprehension was independent of children's medium preference. The main results show that beginner readers who use technology for learning and are fast and accurate in word reading display no comprehension disadvantage in digital reading. Takeaways: Our results add to existing knowledge by clarifying how reading medium effects on beginner readers' text comprehension interact with factors such as fundamental reading skills and experience with technology. Lay Description: What is currently know about the subject matter: • Comprehension of informational texts is better on paper than on screen • Text comprehension is better on paper than on screen for independent readers from 4th grade onwards, even for those who prefer to read digitally. • Lower text comprehension on screen is related to shallow reading processing and navigation requirements of digital texts. • Shallow reading processing is related to the use of digital media for leisure. What the paper adds: • Comprehension of narrative and informational texts on screen is not disadvantaged in beginner readers who often use technology for school activities. • Word reading has a stronger role on inferential comprehension of digital texts with navigation requirements. • Word reading stronger role results in a screen comprehension disadvantage at lower levels of word reading skills. • Children have no clear medium preference and text comprehension on paper vs screen was independent of children's medium preference Implications of study findings for practitioners: • The use of technology for school activities may encourage deep text processing on screen. • Care should be taken when very young students with low reading skills are required to understand digital texts with navigation requirements. [ABSTRACT FROM AUTHOR]

With the development of 5G technology, artificial intelligence and autonomous driving technology, cars are gradually transforming to intelligent and digital. Once driverless technology is implemented, the cars are likely to become a third space. In this third space, whether it is a passenger or a driver, the demand for office and entertainment will continue to grow. So having a high definition screen and a good human‐computer interaction system are essential for this cars. As cars move towards digitalization, there are more and more screens in the cars, and more and more dual screens or multiple screens are used in the cluster and center control area. But there are different levels of chromatic aberration between different screens and the interaction between different screens is more complicated. A larger screen can achieve better optical taste and make the interaction between different function areas easier, it is becoming a trend to replace the dual or multiple screens. LTPS(Low Temperature Poly Silicon) has the higher electronic mobility, it is easier to achieve high resolution, high frequency, in‐cell touch integration and large screen. The displays based on LTPS technology can meet the development demands of vehicle displays, will be more and more widely used in the automotive display field. This paper will introduce the application of LTPS technology in automotive medium and large size display. [ABSTRACT FROM AUTHOR]

This special issue contributes to the development economics literature by highlighting the role of information communication and technologies (ICTs) in supporting rural and agricultural development. It is comprised of nine papers. Key findings from this special issue include: (1) internet use increases rural consumption diversity and agricultural productivity; (2) smartphone use empowers rural women in household decision‐making and off‐farm work participation; (3) smartphone‐based agricultural extension services boost rural income growth; (4) a lack of ICT infrastructure and inadequate skills to use digital technologies are two key factors that lead to digital poverty traps for smallholder rural farmers; (5) ICT adoption increases the probability of rural households' access to credit and empowers rural women and farm households in relatively less developed regions to access credit; (6) digital financial inclusion reduces farmers' vulnerability to poverty; and (7) e‐commerce adoption increases both sales prices and marketing costs, but the magnitude of increasing the former is higher than the magnitude of increasing the latter, which finally contributes to a higher gross return. This special issue also proposes practical instruments and implications for advancing the application of ICTs in rural areas to accelerate rural and agricultural development in the digital age. [ABSTRACT FROM AUTHOR]

A response to the paper "Use of Technology by Older Adults With an Intellectual Disability in Ireland to Support Health, Well-Being and Social Inclusion During the COVID-19 Pandemic,"by Darren McCausland, Mary McCarron and Philip McCallion, is presented. Topics include ways to present quantitative data in academic journals for easier understanding, practical information that should be included in research papers and the importance of the research to people with learning disabilities.

A facile and digital do‐it‐yourself technique is proposed to fabricate inexpensive sensors on flexible substrates (paper, cloth, and plastic film). A set of office‐grade equipment (i.e., laserjet printer, thermal laminator, computer‐aided paper cutter), and commercially available supplies (i.e., baking wax paper, furniture restoration metal‐leaf) are used. Forming electrodes through traditional printing and defining a fluidic confinement region through crafting practice enable fabrication of a wide range of devices without requiring customized specialty instruments, costly infrastructure, and complicated fabrication steps, unlike previously introduced methods. Three different levels of experiments are designed to assess the comprehensiveness and responsiveness of the proposed method to the needs of existing research fields. The performances of the fabricated features at each level are evaluated to cover various application domains in environmental monitoring and biomedical diagnostics utilizing conductometric, colorimetric, biochemical, and chemoresistive detection principles. Devices with varying size of features, from nanometers to centimeters, are fabricated and characterized. This method provides an alternative route to decentralized production of low‐cost flexible sensors and other devices, with a minimal step, time, and facilities. The operation of such devices is simple and can be further empowered by smartphones for data analysis and transmission. [ABSTRACT FROM AUTHOR]

Summary: This paper provides some basic definitions associated with digital transformation in organizations and applies those definitions to accounting, electronic commerce, and supply chains. I also drill down on the dimensions associated with digital transformation, including digital everywhere, integration (across applications and with customers and partners), and the need to reengineer processes. I examine several examples of processes ranging from digitization to digital transformation. I also examine the role of people in digitally transformed organizations and some technologies that are important to continued evolution of digitally transformed organizations. Further, we explore a number of scenarios of digital transformation. Finally, these investigations result in the determination of a number of emerging research issues. [ABSTRACT FROM AUTHOR]

We have developed a new full HD fast‐phase LCoS spatial light modulator (SLM) with color‐sequential function. Combining the optimization of liquid crystal materials with our digital driving technology, the response time can be achieved to less than 10 msec, which is expected suitable to be applied on the head‐up display (HUD) and other holographic fields. This result will increase the potential of LCoS‐SLM be used for the color holographic display in the future automotive market. [ABSTRACT FROM AUTHOR]

Holocaust memorial sites and institutions have begun to embrace new media and digital technologies as methods of communication, public engagement, and memorialization. Despite increasing numbers of interactive digital media projects focused on Holocaust education, there is a significant gulf between the topics addressed by digital Holocaust works and those conceptualized and studied at a higher level in scholarly Holocaust literature. Most notably, challenging questions regarding the categories of bystandership, complicity, and perpetration are largely ignored in favor of traditional victim‐focused narratives. I suggest that, in their eagerness to adopt virtual reality (VR) and mixed reality (MR) technologies, digital Holocaust memory projects have neglected the significant potential of nonimmersive video games to address questions regarding bystandership and complicity. By moving away from the perceptual immersion of VR and toward the ludic and simulative arguments of video games, digitally interactive Holocaust projects may be able to lessen the risks of over‐immersion and retraumatization that are antithetical to critical historical thinking and understanding. This article examines the 2013 game Papers, Please as an example of how video games can present sophisticated arguments about human agency, bystandership, and complicity. By placing players in a historical problem space laden with impossible moral choices, Papers, Please demonstrates the systemic forces that structure human behavior under extreme, violent, and authoritarian conditions. I argue that Holocaust‐based ludic digital media modeled after Papers, Please could explore bystandership and complicity in similarly nuanced and powerful ways, potentially touching on academic Holocaust concepts such as the "choiceless choices" of "the gray zone." Addressing these topics in ludic historical media could help to bridge the gap between popular and scholarly understandings of the Holocaust in the twenty‐first century. [ABSTRACT FROM AUTHOR]

This paper responds to calls for research and conceptualizes resilience, responsiveness and reconfigurable (3Rs) capabilities required for handling disruptions in pre‐disruption, during disruption and post‐disruption stages. This paper examined the impact of analytics on 3Rs capabilities in the supply chain context building on the tenets of contingency theory. Drawing on survey data obtained from individuals with managerial positions in firms operating in the United Arab Emirates (n = 151), this study investigates how supply chain analytics foster 3Rs capacities in the face of a pandemic using canonical correlation and linear regression analyses. Supply chain analytics is a relevant predictor for supply chain (i) resilience, (ii) responsiveness, and (iii) restoration/reconfiguration. Inevitable supply chain disruptions call for investment and integration of digital tools like supply chain analytics because they offer timely information for informed decision‐making. This work provides theoretical contributions to the domain of interest by exploring the role of supply chain analytics on the 3Rs capabilities. [ABSTRACT FROM AUTHOR]

Computational thinking is a necessary skill for the 21st century. While previously examined in computer‐rich settings, researchers are increasingly studying computational thinking in unplugged environments such as board games. Focusing on the African board game Songo, this study shows that computational thinking practices are embedded in Songo board gameplay and interact with the cultural context. The study also reveals a computing practice peculiar to Songo gameplay, songoputation. This paper suggests that researchers can benefit from exploring computational thinking and computing practices beyond board games in western contexts. Practitioner notesWhat is already known about this topicComputational thinking can be cultivated in non‐digital environments.Board games are spaces where computational thinking can be developed.The relationship between African board games and computational thinking is still unknown.What this paper addsAfrican board games such as Songo are spaces where players engage with computational thinking and songoputationCulture informs computational thinking practices players engaging in when playing Songo.Computational thinking is not a new practice and should be explored in different culture contexts and settings.Implications for practice and/or policyAfrican board games should be used to develop computational thinking skills.Board games should be used to foster computational thinking skills among students in context with limited access to digital technology. [ABSTRACT FROM AUTHOR]

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Industry 4.0 refers to the digital transformation in the manufacturing domain through new technology. Currently, it expands well beyond manufacturing, affecting many areas of life and posing implications for all types of business. This paper focuses on the relationships between Industry 4.0 and Healthcare which transitions to increased interconnectivity, automation and smart decision making. The integration context of Industry 4.0 into Healthcare is only partly understood. Little was done until now to consolidate what is known on the integration benefits and the challenges. This article reports results of a systematic mapping study that analysed 69 papers to extract knowledge about the concepts of Industry 4.0 and the emerging Healthcare 4.0., and the relationships between them. We found 10 different perspectives of Healthcare 4.0, ranging from strategic to tactical and operational levels. Next, our results show: (i) nine applications of Industry 4.0 in the Healthcare domain: Augmented Reality and Simulation, Autonomous Robotics, Cybersecurity, Big Data Analytics, Internet of Things, Cloud Computing, Additive Manufacturing and Systems Integration; and (ii) 10 benefits and nine challenges in Healthcare 4.0. The most frequently mentioned benefits are patients' diagnosis, monitoring, treatment, and financial benefits. The most researched challenges are data fragmentation, heterogeneity, complexity, and privacy. [ABSTRACT FROM AUTHOR]

Introduction: Doctors hold a prima facie duty to respect the autonomy of their patients. This manifests as the patient's 'right' not to know when patients wish to remain unaware of medical information regarding their health, and poses ethical challenges for good medical practice. This paper explores how the emergence of digital health technologies might impact upon the patient's 'right' not to know., Method: The capabilities of digital health technologies are surveyed and ethical implications of their effects on the 'right' not to know are explored., Findings: Digital health technologies are increasingly collecting, processing and presenting medical data as clinically useful information, which simultaneously presents large opportunities for improved health outcomes while compounding the existing ethical challenges generated by the patient's 'right' not to know., Conclusion: These digital tools should be designed to include functionality that mitigates these ethical challenges, and allows the preservation of their user's autonomy with regard to the medical information they wish to learn and not learn about., (© 2024 The Authors. Journal of Evaluation in Clinical Practice published by John Wiley & Sons Ltd.)