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Identification method for malicious traffic in industrial Internet under new unknown attack scenarios
Published 2024-06-01Get full text
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A Small-Sample Scenario Optimization Scheduling Method Based on Multidimensional Data Expansion
Published 2025-06-01Get full text
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A method for detecting the rate of tobacco leaf loosening in tobacco leaf sorting scenarios
Published 2025-06-01Get full text
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Ecological scenarios: Embracing ecological uncertainty in an era of global change
Published 2025-05-01Get full text
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Research and Deduction of Car-to-TW Vehicle AEB Test Scenarios Based on Improved Clustering Methods
Published 2023-01-01Get full text
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Automatic Reading Method for Analog Dial Gauges with Different Measurement Ranges in Outdoor Substation Scenarios
Published 2025-03-01“…The reading recognition algorithm achieves a reading accuracy of 92.3% across dial images in various scenarios, effectively improving reading recognition accuracy and providing strong support for the development of intelligent operation and maintenance in substations.…”
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A DSM-Based CCPM-MPL Representation Method for Project Scheduling under Rework Scenarios
Published 2021-01-01Get full text
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Performance Testing and Analysis of a New GNSS Spoofing Detection Method in Different Spoofing Scenarios
Published 2025-01-01Get full text
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Radiation Mapping: A Gaussian Multi-Kernel Weighting Method for Source Investigation in Disaster Scenarios
Published 2025-07-01Get full text
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Developing and Identifying Possibility & Plausibility of E-Government Services Scenarios in Iran by 1404
Published 2015-03-01Get full text
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Prospective 2035 for the dairy agroindustrial chain: using the Delphi approach and scenario methodology
Published 2025-03-01Get full text
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A High-Precision Method for Evaluating the Similarity of Maritime Vessel Trajectories
Published 2025-05-01“…This is done by analyzing discrepancies between GPS-derived trajectories and actual vessel paths, while identifying critical limitations in existing evaluation methods. To address these challenges, we propose a robust framework that integrates three core innovations: firstly, a linear feature accuracy-constrained resampling method to ensure computational precision under diverse complexity conditions, validated through experimental verification; secondly, a shape feature extraction and transformation protocol designed to maintain consistency across multi-scale and heterogeneous operational scenarios; thirdly, a quantitative similarity evaluation criterion based on extracted shape characteristics, enabling systematic alignment between localized trajectory segments and historical navigation patterns. …”
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