Abstract interpretation provides a general framework for analyzing the value ranges of program variables while ensuring soundness. Abstract domains are at the core of the abstract interpretation framework, and the num...
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We consider distributionally robust optimal control of stochastic linear systems under signal temporal logic (STL) chance constraints when the disturbance distribution is unknown. By assuming that the underlying predi...
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In this paper, we develop theoretical foundations for bidirectional bounded-suboptimal search (BiBSS) based on recent advancements in optimal bidirectional search. In addition, we introduce a BiBSS variant of the prom...
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The industrial sector has entered a phase of profound change which sees digital technologies being integrated into the heart of industrial processes. This fourth industrial era gives birth to a new generation of facto...
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Feature models are the de-facto standard in product line engineering to capture the commonalities and variability of systems. However, feature models provide little user guidance during configuration and are unable to...
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Cybersecurity knowledge is essential in today’s increasingly digital healthcare environment to protect sensitive patient data and guarantee the integrity of healthcare systems. But conventional cybersecurity training...
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ISBN:
(纸本)9783031782756
Cybersecurity knowledge is essential in today’s increasingly digital healthcare environment to protect sensitive patient data and guarantee the integrity of healthcare systems. But conventional cybersecurity training approaches frequently fail to hold healthcare professionals’ attention, which results in inadequate application and retention of the material. In order to increase cybersecurity awareness among healthcare professionals, this study investigates the use of gamification—a technological technique that incorporates game design aspects into non-gaming contexts—as an innovative method. A mixed-methods research methodology is used in the study to assess the effectiveness of a cybersecurity training program that is gamified. To encourage user involvement and motivation, the program incorporates aspects like leaderboards, interactive scenarios, badges, and points. The study included a total of 100 healthcare professionals from various departments, offering a thorough understanding of the program’s effects across a range of positions and experience levels. Pre- and post-training surveys were used to gather quantitative data on participant changes in knowledge, attitudes, and behaviors pertaining to cybersecurity procedures. Furthermore, semi-structured interviews yielded qualitative insights that further elucidated the participants’ perspectives and experiences with the gamified training method. Comparing gamification to conventional training approaches, the results show that gamification dramatically improves engagement and knowledge retention. The willingness of the participants to acquire and use cybersecurity techniques in their daily lives has reportedly increased. Additionally, the gamified components strengthened the training objectives by fostering a competitive yet cooperative learning environment. The potential of gamification as a game-changing instrument for cybersecurity education in healthcare settings is highlighted by this study. Healthcare busines
For monitoring the paste concentration, existing techniques, such as ultrasonic concentration meters and neutron meters, suffer from radiation hazards and low precision in high concentrations. This paper proposes a no...
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The constant development of dense neural models leads to improved search quality. It is crucial to adapt these models to meet performance requirements. Solutions like SPLADE or SparseEmbed address this by solving the ...
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ISBN:
(数字)9798350387537
ISBN:
(纸本)9798350387544
The constant development of dense neural models leads to improved search quality. It is crucial to adapt these models to meet performance requirements. Solutions like SPLADE or SparseEmbed address this by solving the ranking task, whereas our work proposes addressing the simplified task of sparsifying dense vector representations. This approach facilitates the faster adaptation of new dense models for use with efficient inverted indexes. The importance of the independence property for sparse space features, achieved through the use of iVAE, is demonstrated. Additionally, the model is trained to maintain the ranking properties of the dense model, which in our case was a BERT model. As a result, the obtained model showed search quality close to the original BERT model. The proposed sparsification approach can be applied to other tasks requiring sparse spaces by adding new or replacing existing properties of the sparse space. Thus, the paper describes the main aspects of a sparsifier model applied to the task of information retrieval.
During recent years, we have seen many technological advancements which help to take better care of patient's health and assure them fast and safe recovery. The most basic item necessary is competent patient care ...
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The majority of businesses have made public appearances on various social media platforms as a result of recent advances in e-commerce and the popularity of social media websites. Customers can share their experiences...
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