This paper investigates a data-driven dynamic event-triggered sliding mode heading control problem for un-manned surface vehicles with uncertain dynamics models. First, a virtual sensor is introduced to establish a co...
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Uncertainty quantification in a neural network is one of the most discussed topics for safety-critical applications. Though Neural Networks (NNs) have achieved state-of-the-art performance for many applications, they ...
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In location-based services (LBS), trip recommendation accuracy is challenged by diverse user preferences and complex transfer behaviors. Previous studies overlook the reverse effect of following POIs on previously vis...
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This paper proposes a time-efficient model for solving the Weapon-target assignment (WTA) problem with actor-critic reinforcement learning. While typical heuristic algorithms and recently studied artificial neural net...
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With few-shot learning abilities, pre-trained language models (PLMs) have achieved remarkable success in classification tasks. However, recent studies have shown that the performance of PLM is vulnerable due to differ...
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Veeva Vault CTMS is the only modern Cloud software application that makes it easy to unify clinical information and processes, streamline trial management and gain visibility across the trial portfolio. Study teams ca...
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ISBN:
(纸本)9798350345025;9798350345018
Veeva Vault CTMS is the only modern Cloud software application that makes it easy to unify clinical information and processes, streamline trial management and gain visibility across the trial portfolio. Study teams can manage the entire end-to-end clinical trial process and gain a single source for clinical master data and study information. Vault CTMS improves operational efficiency and enables faster higher-quality trial execution. Streamline operations with a flexible agile solution that easily adapts to Research Organization's unique clinical trial needs, study designs and Therapeutic areas. With Vault Clinical operations, study teams enjoy a consistent experience with single sign-on and avoid constantly switching between multiple systems. Submit trial research information and documentation once and leverage it across different systems, sites, and countries. The Single source of truth improves visibility and control and accelerates trial execution for research projects. CTMS behind is supported by two critical applications like CDX (Clinical Exchange) and Artificial Intelligence (AI) Clinical are the Cloud based Software applications.
This paper focuses on the modeling and control of a hybrid energy storage system (HESS) consisting of lithium-ion batteries and supercapacitor designed for a single-phase installation. The proposed control method comb...
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Selecting an optimal recommendation method is crucial for an electronic commerce (EC) site. However, the effectiveness of recommendation methods cannot be known in advance. Although continuous comparative evaluation i...
The maintenance of build systems imposes a considerable overhead on software development. Since automated quality assurance methods are rarely applied to build specifications, the importance of the role peer code revi...
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ISBN:
(数字)9798400712487
ISBN:
(纸本)9798400712487
The maintenance of build systems imposes a considerable overhead on software development. Since automated quality assurance methods are rarely applied to build specifications, the importance of the role peer code review plays in the maintenance of build systems is amplified. Yet prior work shows that the review process for build systems suffers from a lack of build experts and effective tooling. To support the understanding of changes to build specifications (a key stage in the review process), we propose BCIA-an approach to summarize the impact of changes to build specifications across the build configuration space. BCIA traverses the paths through which data and control flow in the prior and updated versions of the build system to generate an Impact Knowledge Graph (IKG), which describes the impact of the change across the build configuration space. We develop BuiScout-a prototype implementation of BCIA for CMake-based build systems. We use BuiScout to evaluate our approach through an empirical study of 10,000 change sets that we mine from ten large open-source projects that span a total of 28 development years. Our findings indicate that BuiScout can detect an impact that propagates to unmodified parts of the build system in 77.37% of the studied change sets. These changes impact a median of 14 unmodified commands, with a median of 95.55% of the impacted commands per change set appearing in unmodified files. Our study suggests that dedicated approaches, such as BCIA, have the potential to alleviate the challenges developers face when assessing the impact of changes to build systems.
Detecting microsleep in real time is crucial to facilitating the transition from semi-autonomous systems to completely autonomous driving technologies. Integrating sophisticated detection algorithms with vehicle contr...
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