Frontier Computing

Frontier Computing

Proceedings of FC 2021

Chang, Jia-Wei; Hung, Jason C.; Yen, Neil Y.

Springer Verlag, Singapore

05/2022

1848

Dura

Inglês

9789811680519

15 a 20 dias

3172

Descrição não disponível.
Chapter 1 - An Analysis of the Research Situation of China's National Security-Based on the Perspective of Social Network Analysis.- Chapter 2 - A Study of online electronic voting system based Blockchain.- Chapter 3 - Study of Effective Intelligent Campus using Zigbee based on Sensor Network.- Chapter 4 - Implementation of Smart English Education using IoT based on Blockchain.-Chapter 5 - Implementation for Smart Contract Visualization based on BlockChain.- Chapter 6 - The Effect of Korean Companies Business Environment and Halal Certification on Export Performance.-Chapter 7 - A Study on the Utilization Factors and Satisfaction of Cross-Border E-Commerce in Korea.- Chapter 8 - Study of Effective Storage System for MPEG-7 Document Clustering.- Chapter 9 - An Automatic Pollen Grain Detector Using Deep Learning.- Chapter 10 - Hiding of Personal Information Areas through a Dynamic Selection Strategy.- Chapter 11 - An enhanced adaptive neighbourhood adjustment strategy on MOEA/D for EEG signal decomposition-based big data optimization.- Chapter 12 - Detection of HVDC Interference on Pipeline Based on Convolution Neural Network.- Chapter 13 - Detection of Human Relaxation Level Based on Deep Learning.- Chapter 14 - Human physiological signal detection based on LSTM.- Chapter 15 - A Novel Diagnosis Method of Depression Based on EEG and Convolutional Neural Network.- Chapter 16 - Applying Decision Tree to Detect Credit Card Fraud.- Chapter 17 - Implementation of Traffic Sign Recognition System on Raspberry Pi.- Chapter 18 - The Development of Medical and Nursing VR Lesson Plan with Data Visualization and Evaluation Feedback.- Chapter 19 - Integrating object detection and semantic segmentation into automated pallet forking and picking system in AGV.- Chapter 20 - Multichannel convolutional neural network based soft sensing approach for measuring moisture content in tobacco drying process.
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Computer Science;Electronic Engineering;Networking;Multimedia;Internet of Things;Artificial Intelligence;Management of Information System;Information Security