Table 1 The differences between existing approaches and proposed work
Authors | Approach | Is CPS used? | AI method used? | Efficiency | Accuracy | Storage space utilization |
|---|---|---|---|---|---|---|
Alias et al. [9] | Image Processing based vehicle monitoring | ✖ | ✖ | \(\to\) | \(\to\) | \(\uparrow\) |
Xia et al. [10] | Tabu Search-based monitoring system | ✖ | ✖ | \(\to\) | \(\uparrow\) | \(\uparrow\) |
Husain et al. [11] | Video Processing based vehicle detection | ✖ | ✓ | \(\to\) | \(\to\) | \(\to\) |
Chen [12] | Logistics distribution optimization using Big data and cloud | ✖ | ✓ | \(\to\) | \(\to\) | \(\downarrow\) |
Yi and Ma [13] | Design of transportation monitoring and logistic protection | ✖ | ✓ | \(\to\) | \(\to\) | \(\to\) |
Zheng and Man [14] | Location routing for logistic management | ✓ | ✖ | \(\to\) | \(\to\) | \(\uparrow\) |
Qi [15] | Tracking and monitoring for logistics management on a multimedia platform | ✖ | ✓ | \(\to\) | \(\uparrow\) | \(\uparrow\) |
Abbasi et al. [16] | Survey on Intelligent transport system and vehicle detection | ✖ | ✓ | * | * | * |
Wang et al. [17] | Monitor vehicle safety using IoT | ✖ | ✖ | \(\to\) | \(\to\) | \(\uparrow\) |
Chinonso et al. [18] | IoT-based vehicle detection | ✖ | ✖ | \(\to\) | \(\to\) | \(\to\) |
Qimin et al. [19] | GPS vehicle monitoring system using WebGIS | ✖ | ✖ | \(\to\) | \(\to\) | \(\uparrow\) |
Liang | Proposed intelligent monitoring Methodology for large-scale logistics transport vehicles based on PIoV | ✓ | ✓ | \(\uparrow\) | \(\uparrow\) | \(\downarrow\) |