The study adopts a single case study approach to bring into conversation,ideas,and views of several scholars on triple entry accounting(TEA).The development of blockchain technology already drives the conscious move t...
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The study adopts a single case study approach to bring into conversation,ideas,and views of several scholars on triple entry accounting(TEA).The development of blockchain technology already drives the conscious move towards the *** TEA is currently not being used in any significant way but is in a greater debate whether it is worth adopting such alternative accounting practices as the *** to the TEA system is challenging and at present,it is just a fascinating mental *** these backdrops,the present study discusses the likelihood cases of future accounting practice namely:(Ⅰ)Sophisticated Accounting Software based on the double entry accounting(DEA);(Ⅱ)Combination of Blockchain and TEA;and(Ⅲ)Combination of disruptive technologies in addition to Blockchain and ***,the study concludes with describing the basic architecture of a potential system of triple-entry accounting that could support the TEA system to deliver real-time insights into business ***,the study plotted a hype cycle for accounting technologies to help global organizations identify the relevant accounting technologies and applications.
The rise of AI and the Internet of Things is accelerating the digital transformation of society. Mobility computing presents specific barriers due to its real-time requirements, decentralization, and connectivity thro...
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The rise of AI and the Internet of Things is accelerating the digital transformation of society. Mobility computing presents specific barriers due to its real-time requirements, decentralization, and connectivity through wireless networks. New research on edge computing and tiny machine learning (tinyML) explores the execution of AI models on low-performance devices to address these issues. However, there are not many studies proposing agnostic architectures that manage the entire lifecycle of intelligent cyberphysical systems. This article extends a previous architecture based on FIWARE software components to implement the machine learning operations flow, enabling the management of the entire tinyML lifecycle in cyberphysical systems. We also provide a use case to showcase how to implement the FIWARE architecture through a complete example of a smart traffic system. We conclude that the FIWARE ecosystem constitutes a real reference option for developing tinyML and edge computing in cyberphysical systems.
This study explores the integration of Industry 5.0 innovations into the healthcare sector to address prevalent issues related to prescription errors, drug side effects, and healthcare accessibility. It introduces a n...
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This study explores the integration of Industry 5.0 innovations into the healthcare sector to address prevalent issues related to prescription errors, drug side effects, and healthcare accessibility. It introduces a novel system that enables healthcare professionals to create prescriptions efficiently through voice commands and facilitates secure delivery to patients via email or SMS. Additionally, the research discusses the potential of digitizing the medical sector to reduce paper usage. By providing an accessible alternative to self-medication, this system aims to enhance patient safety and mitigate the risks associated with misconceptions regarding self-treatment. This paper seeks to introduce and assess an innovative fractal electronic prescription system that uses Healthcare 5.0 technologies within the framework of teleconsultation. It aims to tackle the constraints and drawbacks associated with conventional prescription approaches by putting forth cutting-edge technologies and telecommunication functionalities to elevate the effectiveness, precision, and patient-centric nature of the prescription procedure.
A set of unsteady 3D Navier-Stokes simulations was used to investigate the effects of end-wall shape and first-stage vane stacking on the performance of a two-stage supersonic turbine. Restacking of the vanes was succ...
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A set of unsteady 3D Navier-Stokes simulations was used to investigate the effects of end-wall shape and first-stage vane stacking on the performance of a two-stage supersonic turbine. Restacking of the vanes was successfully used to eliminate a large separated/secondary flow region at the hub between the first-stage vanes and rotors. Altering the shape of the end wall in the first stage had little effect on the separated flow region. There was a significant performance increase obtained at the design flow conditions by reducing the separated flow region. It is anticipated that the benefits of improving the behavior of the flow near the end wall will be even greater at off-design operating conditions. (CSA)
Generative AI based on large-language models is significantly impacting software development through IDE assistants, cloud-based APIs, and interactive chatbots for coding assistance. It excels in generating and transl...
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Generative AI based on large-language models is significantly impacting software development through IDE assistants, cloud-based APIs, and interactive chatbots for coding assistance. It excels in generating and translating code and data, navigating APIs, and creating boilerplate content, thereby enhancing productivity. However, it is prone to generating inaccurate information ("hallucinations"), erroneous code, and potentially introducing security vulnerabilities. To counter these risks, employing automated analysis tools, conducting rigorous testing, and maintaining a deep understanding of computer science concepts are essential. While generative AI can substantially aid development tasks it is not a replacement for human expertise, especially in understanding complex software, its requirements, and architecture.
The often reported reproducibility crisis in the biomedical sciences also applies to enzymology and biocatalysis, and mainly results from incomplete reporting of reaction conditions. In this Concept article, an infras...
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The often reported reproducibility crisis in the biomedical sciences also applies to enzymology and biocatalysis, and mainly results from incomplete reporting of reaction conditions. In this Concept article, an infrastructure based on EnzymeML is sketched, which enables reporting, exchange, and storage of enzymatic data according to the FAIR data principles. EnzymeML is a novel data exchange format for enzymology and biocatalysis, which facilitates the application of the STRENDA Guidelines and thus makes data on enzyme-catalyzed reactions findable, accessible, interoperable, and reusable. EnzymeML enables the comprehensive documentation of metadata, thus fostering reproducibility and replicability in enzymology and biocatalysis. An EnzymeML application programming interface integrates electronic lab notebooks with modelling platforms and databases on enzymatic reactions, and thus enables the seamless flow of enzymatic data from measurement to modelling to publication, without the need for manual intervention such as reformatting or editing. EnzymeML serves as a valuable tool for the design of biocatalytic experiments and contributes to the vision of a unified research data infrastructure for catalysis research.
Characterizing the lithology, age, and physical-chemical properties of rocks and sediments in the Earth's upper crust is necessary to fully assess energy, water, and mineral resources and to address many fundament...
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Characterizing the lithology, age, and physical-chemical properties of rocks and sediments in the Earth's upper crust is necessary to fully assess energy, water, and mineral resources and to address many fundamental questions. Although a large number of geological maps, regional geological syntheses, and sample-based measurements have been produced, there is no openly available database that integrates rock record-derived data, while also facilitating large-scale, quantitative characterization of the volume, age, and material properties of the upper crust. Here we describe Macrostrat, a relational geospatial database and supporting cyberinfrastructure that is designed to enable quantitative spatial and geochronological analyses of the entire assemblage of surface and subsurface sedimentary, igneous, and metamorphic rocks. Macrostrat contains general, comprehensive summaries of the age and properties of 33,903 lithologically and chronologically defined geological units distributed across 1,474 regions in North and South America, the Caribbean, New Zealand, and the deep sea. Sample-derived data, including fossil occurrences in the Paleobiology Database, more than 180,000 geochemical and outcrop-derived measurements, and more than 2.3 million bedrock geologic map units from over 200 map sources, are linked to specific Macrostrat units and/or lithologies. Macrostrat has generated numerous quantitative results and its infrastructure is used as a data platform in several independently developed mobile applications. It is necessary to expand geographic coverage and to refine age models and material properties to arrive at a more precise characterization of the upper crust globally and test fundamental hypotheses about the long-term evolution of Earth systems.
Mobile GPUs will need substantial improvements to enable wireless devices to perform the complex graphics-related functions that many manufacturers, developers, and users want.
Mobile GPUs will need substantial improvements to enable wireless devices to perform the complex graphics-related functions that many manufacturers, developers, and users want.
In this paper we describe the internal structures of FDR, the refinement model checker for Hoare's Communicating Sequential Processes (CSP), as well as an application programming interface (API) allowing one to in...
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In this paper we describe the internal structures of FDR, the refinement model checker for Hoare's Communicating Sequential Processes (CSP), as well as an application programming interface (API) allowing one to interact more closely with, and have fine grained control over, FDR's behaviour and data structures. With such information it is possible to create optimised CSP code to perform refinement checks that are more space/time efficient, hence enabling the analysis of more complex and data intensive specifications. This information is very valuable for both CSP users and tools that automatically generate CSP code, such as those related to security analysis generating test-cases as CSP processes. We also present a simple example of using the tool. Finally, we show how one can transform FDR's graph format into a graph notation (e.g., JGraph), hence enabling visualisation of Labelled Transition Systems (LTS) of CSP specifications.
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