This study aims to combine Raman spectroscopy technology with deep learning algorithms to achieve precise classification and identification of cancer cells. Firstly, a large-scale spectral database is established usin...
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Exponential growth of cellular traffic by the usage of smartphones and streaming services presents challenges to the maintenance of QoS-critical network performance, hence requiring accurate and efficient traffic pred...
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The Peer-to-peer (P2P) lending platform allows borrowers to connect directly with lenders outside traditional banking systems. Therefore, for the sustainability of these platforms, they must accurately assess the cred...
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Safety is a prime concern in the underground mining industry. The wireless sensor networks of hybrid architectures are proposed for monitoring underground mines. Very little work is observed in the field to make an in...
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The Internet of Things (IoT) has significantly impacted many facets of contemporary life, and several sophisticated IoT applications and services are already being developed. Recently, the concept of federated learnin...
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The proceedings contain 79 papers. The special focus in this conference is on Smart Manufacturing, Industrial and Logistics engineering and Management Science and Applications. The topics include: An Optimal Period-Ba...
ISBN:
(纸本)9789819701933
The proceedings contain 79 papers. The special focus in this conference is on Smart Manufacturing, Industrial and Logistics engineering and Management Science and Applications. The topics include: An Optimal Period-Based Switching Model for Assembly Lines Considering Ergonomic Evaluation;a Mathematical Analysis on Optimal Assignment in Limited-Cycle Multiple Periods Considering Quality and Due Time ~the Case of Two Worker Levels~;Average TSP Tour Length Approximations for Territory Design;motion Capture Analysis of learning Effect for Assembly Tasks;scheduling Optimization of Underground Material Transport Vehicle in X Coal Mine Based on Whale Algorithm;an Optimal Allocation Model for Smart Production System in Limited-Cycle Problem with Multiple Periods Considering Quality and Due Time ~the Case of Different Worker Levels~;integrated Assembly Job Shop Scheduling Considering Fuzzy Operation Time;a Hybrid Multi-objective Genetic Algorithm Combined with Dispatching Rule for Wafer Test Scheduling;deep Reinforcement learning for Dynamic Flexible Job-Shop Scheduling with automated Guided Vehicles;an Integrated Shop Floor Dispatching Rule by Considering Urgent State of Jobs Based on Workload Control: An Assessment by Simulation;intelligent Cooperation by Solving a Two-Stage Production Assembly Scheduling Problem with a Heuristic Algorithm in Canned Food Plant;solving an intelligent Scheduling Problem in an Automobile Factory;research on Mixed-Model Assembly Line Rebalancing Considering Skill Differences and Series–Parallel Design;distributed Dual-Resource Flexible Job Shop Scheduling Optimization Based on Multi-objective Gray Wolf Algorithm;scheduling of Design Engineers in an Engineer-To-Order Production System;Development of an Integrated GA and PSO Scheduling Method Considering the Skill Level of the Workers.
Smart schooling seeks to enhance the educational experience through technology. In this effort, a digital educational platform has been developed and empirically tested to identify students at risk of academic failure...
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ISBN:
(纸本)9783031777370;9783031777387
Smart schooling seeks to enhance the educational experience through technology. In this effort, a digital educational platform has been developed and empirically tested to identify students at risk of academic failure and dropout, while also promoting effective study and learning habits. Machine learning algorithms are employed to assess academic failure risk based on students' responses to a questionnaire created by educational psychologists. The platform predicts students' academic performance by analyzing factors related to their school and home environments, as well as their motivation to learn. Additionally, a decision support system is integrated to alert the class director and recommend preventive actions when risks or unusual behaviors are identified. A decision support system is incorporated to alert the class director and suggest preventive measures after risk or unusual behaviour is detected.
Word spotting of Gujarati handwritten documents is a highly challenging task due to the complexity of the handwritten text in the Gujarati language. This paper presents a novel approach to word spotting, which include...
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Foundation Models shift the interest to adapting models instead of creating proprietary models from scratch. Despite this change, performing hyperparameter optimization (HPO) is still needed. Users adapting systems po...
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ISBN:
(纸本)9798400705915
Foundation Models shift the interest to adapting models instead of creating proprietary models from scratch. Despite this change, performing hyperparameter optimization (HPO) is still needed. Users adapting systems powered by those models on proprietary data should not considerably increase the overall resource footprint with extensive hyperparameter search. Given that this footprint is also proportional to the data used in HPO, we aim to investigate how a user can effectively reduce the amount of data used, leveraging the deep learning model's empirical facility to output the expected correct result for an item in the dataset. In this work, we describe a methodology for accomplishing this data reduction through estimating a measure of an item's difficulty. This method allows keeping only a portion of data that conserves the overall proportions of item difficulty throughout the dataset while helping order them meaningfully. The rationale is derived from results from curriculum learning research as we try to answer if the adapted models could help organize and select subsets of data representative of the whole. Preliminary results of evaluating the method are provided for image recognition and scientific name entity recognition (NER). We observe that the amount of data for HPO can be reduced as far as 60% and still point to the same choice of hyperparameters compared to using the whole training set.
Determining appropriate shapes and establishing corresponding relationships based on 3D models remains a significant challenge. This research employs shape statistical models and direct correspondence between two morp...
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