Next Generation Healthcare Systems Using Soft Computing Techniques

Next Generation Healthcare Systems Using Soft Computing Techniques

Cengiz, Korhan; Raja, Hiral; Raja, Rohit; Janghel, Rekh Ram

Taylor & Francis Ltd

09/2022

210

Dura

Inglês

9781032107974

15 a 20 dias

453

Descrição não disponível.
1. Computational Intelligence for Healthcare. 2. Analysis of Recurrent Neural Network and Convolution Neural Network Techniques in Blood Cell Classification. Chapter 3. Evaluating the Effectiveness of the Convolution Neural Network in Detecting Brain Tumors. Chapter 4. Implementation of Machine Learning in Color Perception and Psychology: A Review. Chapter 5. Early Recognition of Dynamic Sleeping Patterns Associated with Rapid Eyeball Movement Sleep Behavior Disorder of Apnea Pateants Using Neural Network Techniques. Chapter 6. Smart Attendance cum Health Check-up Machine for Students/Villagers/Company Employees. Chapter 7. Oral Histopathological Photomicrograph Classification Using Deep Learning. Chapter 8. Prediction of Stage of Alzheimer's Disease DenseNet Deep Learning Model. Chapter 9. An Insight of Deep Learning Applications in the Healthcare Industry. Chapter 10. Expand Patient Care with AWS Cloud for Remote Medical Monitoring. Chapter 11. Privacy and Security Solution in Wireless Sensor Network for IoT in Healthcare System. Chapter 12. An Epileptic Seizure Detection and Classification Based on Machine Learning Techniques. Chapter 13. Analysis of Coronary Artery Disease Using Various Machine Learning Techniques.
Big Data;Security and Privacy;Machine Learning;Healthcare Informatics;Deep Learning;IoT;Binary Quantitative Structure Activity Relationship;Arduino UNO;Deep Neural Network Models;Gradient Boost Decision Trees;DoS Attack;Max Pooling Layers;SVM Classifier;Transfer Learning Process;Deep Learning Techniques;Convolution Layer;Deep Learning Algorithms;Random Forest;Softmax Classifier;Deep Neural Network;Machine Learning Model;White Blood Cells;Recurrent Neural Network;Routing Protocol;Ann Model;Ml Algorithm;Roc Curve;EEG Channel;WSN Routing Protocol;WPD;AASM Criterion