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Smart Edge Computing Framework for Real-Time Brinjal Harvest Decision Optimization
Published 2025-06-01Get full text
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162
OBJECT DETECTION IN COMPUTER VISION SYSTEMS: A VISUAL SALIENCY BASED APPROACH
Published 2019-06-01Get full text
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163
High-Resolution FMCW Radar for Small UAV Detection Using GNU Software-Defined Radio
Published 2025-01-01Get full text
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164
Fire Detection with Deep Learning: A Comprehensive Review
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165
Deep Learning–Based Enhanced Optimization for Automated Rice Plant Disease Detection and Classification
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A malaria parasite phospholipase facilitates efficient asexual blood stage egress.
Published 2023-06-01Get full text
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168
On Detection of Sybil Attack in Large-Scale VANETs Using Spider-Monkey Technique
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Detecting Malicious Anomalies in Heavy-Duty Vehicular Networks Using Long Short-Term Memory Models
Published 2025-07-01Get full text
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171
PCR-Based Detection of Genetically Modified Soybean and Maize in Raw and Highly Processed Foodstuffs
Published 2001-08-01Get full text
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Detection of gene mutations in genome “hot” spots: “hairpin” amplicons in DNA melting analysis
Published 2017-04-01Get full text
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174
A Detection System with Spider Web Coil-Based Wireless Charging and an Active Battery Management System
Published 2021-06-01Get full text
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175
SS-OPDet: A Semi-Supervised Open-Set Detection Framework for Dead Pine Wood Detection
Published 2025-05-01“…Pine wilt disease poses a significant threat to pine forests worldwide, necessitating efficient and accurate detection of dead pine wood for effective disease control and forest management. …”
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A hybrid Bi-LSTM and RBM approach for advanced underwater object detection.
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178
Impact of advanced endoscopy training on colonoscopy quality and efficiency
Published 2025-04-01“…Polypectomy efficiency was 10.5%, 11.2%, and 13.0%, with significant improvements from the first to third year (p < 0.01) and from the second to third year (p = 0.02). …”
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Efficient Magic State Distillation by Zero-Level Distillation
Published 2025-06-01“…We numerically find that the error rate of the logical magic state scales as approximately 100×p^{2} in terms of the physical error rate p. For example, with a physical error rate of p=10^{−4} (10^{−3}), the logical error rate is reduced to p_{L}=10^{−6} (10^{−4}), resulting in an improvement of 2 (1) orders of magnitude. …”
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