the likelihood of car accidents increases during extreme weather conditions, such as fog, winds, snow, rain, etc. While it may not be possible to prevent all such accidents, their incidence can be reduced by taking pr...
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ISBN:
(纸本)9798400716225
the likelihood of car accidents increases during extreme weather conditions, such as fog, winds, snow, rain, etc. While it may not be possible to prevent all such accidents, their incidence can be reduced by taking proper measures. therefore, an intelligent accident-avoidance system is necessary to predict the severity of accidents based on weather and road conditions. this research paper suggests three machinelearning (ML) methods for an Internet of things (IoT)-based accident severity prediction system. the methods are Random Forest, LightGBM, and *** aim is to predict the severity of car accidents based on various weather features using a machinelearning model. However, considering the previous work, we observed that the size of datasets is frequently minimal, and some of the research discusses the influence of the weather on the number of accidents. therefore, we used the Countrywide Traffic Accident Dataset, which covers 2.8 million vehicle accidents in the United States from 2016 to 2021. In conclusion, our methodology appears to be efficient in predicting the severity of car accidents. Among the three methods, LightGBM achieved the highest prediction accuracy (72%), precision (70%), recall (70%), F1-scores (70%), and area curve (AUC) (0.86) of the receiver operating characteristic (ROC) curve.
the diverse applications with a wide variety of machinelearning (ML) models have made fast design and deployment of ML computing systems an imperative task. the integration of CPU and FPGA have become a suitable ML c...
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ISBN:
(纸本)9798350383638;9798350383645
the diverse applications with a wide variety of machinelearning (ML) models have made fast design and deployment of ML computing systems an imperative task. the integration of CPU and FPGA have become a suitable ML computing platform to concurrently support programmability on CPU as well as high performance processing on the logic of FPGA. However, deploying ML models on CPU+FPGA platforms is challenging due to increasing model complexity and the need for cross-layer optimization. this paper proposes HeteroML, a heterogeneous design methodology of edge ML on CPU+FPGA platforms. We developed a customized end-to-end compilation process of ML models. the proposed methodology is based on TVM compilation framework, and enables seamless SW/HW integration and fast and effective optimization flow. When compared to conventional CPU-based edge systems, the proposed design can attain 13.78x and 6.47x performance enhancement on VGG and YOLOv2 respectively.
A paradigm shift has occurred in the field of English language instruction withthe advent of cognitive and machinelearning technologies. this study delves into how cognitive science and machinelearning come togethe...
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Ensuring that large language models (LLMs) generate responses that resonate with users is critical for successful interactions. this study leverages machinelearning techniques to improve chatbot interactions by align...
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As a tool of information dissemination, Internet not only provides abundant information, but also brings serious information overload. Recommendation algorithm can extract interests and preferences from users' his...
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the term 'cloud computing' describes a way of using the Internet to access resources, software, and databases without being constrained by local hardware. Businesses adopting this technology can grow their ope...
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作者:
Ouhaddou, ChaimaeRetbi, AsmaaBennani, Samir
MOHAMMED v UNIVERSITY RIME TEAM-Networking Modeling and E-Learning Team-Masi Laboratory-Engineering.3S Research Center RABAT Morocco
In recent years, researchers have begun exploring how machine-learning techniques can be applied to education, particularly in the identification of students withlearning difficulties. this article aims to determine ...
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the proceedings contain 115 papers. the topics discussed include: MEDIFICS: model calling enhanced VLM for medical VQA;N-gram based HASSANIYA dialect classification;a comprehensive review on machinelearning advanceme...
ISBN:
(纸本)9798350351200
the proceedings contain 115 papers. the topics discussed include: MEDIFICS: model calling enhanced VLM for medical VQA;N-gram based HASSANIYA dialect classification;a comprehensive review on machinelearning advancements for plant disease detection and classification;utilizing deep learning and machinelearning methods to forecast market performance;optimizing video compression quality using AI-boosted HEVC;performance of prophet in stock-price forecasting: comparison with ARIMA and MLP networks;abstractive biomedical long document summarization through zero-shot prompting;comprehensive and comparative analysis between transfer learning and custom built VGG and CNN-SVM models for wildfire detection;and resume ranker: AI-based skill analysis and skill matching system.
this paper details the development of a predictive maintenance dashboard designed for haulage roads in surface mining operations using machinelearning algorithms. We assessed various machinelearning models, includin...
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this paper proposes a new Antennae Search Recurrent Unit (ASRU) model, which combines Gated Recurrent Unit (GRU) neural network with Beetle Antennae Search algorithm. It is applied to the fault diagnosis of power equi...
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