Table 1 Summary of related Papers.

From: AI-based intelligent sensing detection of cybersecurity threats using multimodal sensor data in smart devices

References

Machine learning models

Dataset

Purpose

Key parameters

Benefits

Drawbacks

21

eSVR, Linear Regression, CNN, STSVR, T-SVR

DEAP Dataset

Proposes a real-time stress recognition framework using peripheral physiological signals.

Blood Volume Pulse (BVP) and Galvanic Skin Response (GSR)

Low prediction error; Suitable for real-world applications

Affected by slight physical movements impacting physiological signals.

22

Linear Regression, Neural Network

CKD Patient Data

Hybrid model to predict chronic kidney disease using patient data in a cloud setup to enhance smart city healthcare.

Feature Weights (FW)

Improves prediction accuracy over traditional models

Model performance limited by small dataset size.

23

SVM, K-NN

RALE Lung Sound DB, DEAP Dataset

Compares performance of SVM and K-NN in diagnosing respiratory issues using lung sound signals.

Mel-frequency Cepstral Coefficients (MFCC)

Feature analysis via ANOVA; Comparative classifier insights

Small dataset; Controlled data collection environment.

24

Ranking SVM

NUS-WIDE Dataset

Analyzes user interaction with social images to improve image ranking.

Color, texture, and GIST features

Utilizes robust learning techniques with diverse sensory inputs

Does not consider cultural/geographical image factors.

25

K-NN, AdaBoost, SVM, RF, Logistic Regression

Non-contact Sensor Data

Predicts HR, RR, and HRV from patients in hemodialysis sessions over 23 weeks using non-contact sensors.

Patient age and Body Mass Index (BMI)

High accuracy via machine learning models

Limited in predicting complex clinical events and additional health parameters.

26

Support Vector Machine (SVM)

CRCNSORIG, DIEM

Detects cognitive decline in different age groups using eye-tracking data from video watching.

Pupil size, blink rate, gaze direction, saccade velocity

Enhanced detection with automated feature selection

Few participants; Data gathered in controlled setting.

  1. This article provides an overview of prevailing ML algorithms that contribute to improved performance in sensing technologies, analyzing their strengths and limitations. As illustrated in Fig. 1, various ML models have been successfully implemented in intelligent sensing systems. These models typically fall into four main categories: