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| References | Resource provisioning techniques used | Major contribution | Pros | Cons |
|
| Park et al. [79] | Two-phase resource management-grouping technique | Grouping by cutoff points based on entropy values | Reduced overhead | Factors related to edge and fog context requests are not considered |
| Tadakamala and Menasce [83] | Autonomic resource management system | Task scheduling and resource allocation in a dynamic mobile environment | Reduced cost and energy | Factors such as load, utilization, and mobility of devices are not considered |
| Si et al. 2014 [80] | QoS-aware resource management for heterogeneous MCC networks | Cross-network radio and cloud resource management scheme | QoS requirements satisfied | Not appropriate for the pragmatic nature |
| Yu et al. [81] | Cooperative resource management | Computation offloading framework | Reduced interference and had distributed cloud capability | Focuses only on the decision making for resources coalition |
| Liu et al. [82] | Hierarchical architecture for cloud-based vehicular networks | Game-theoretical framework | Reduced service dropping rate | Factors affecting the resource allocation such as intermittent connections, resource availability, and cost are not considered |
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