April 2020
Intermediate to advanced
608 pages
18h 17m
English
| ADAS | advanced driving assistance systems |
| AAL | ambient assisted living |
| APIs | application programming interfaces |
| AI | artificial intelligence |
| AR | augmented reality |
| BTS | base transceiver station |
| CSA | Channel Switch Announcement |
| CloVR | Cloud Virtual Resource |
| CoAP | Constrained Application Protocol |
| CaaS | context as a service |
| CAPWAP | Control and Provisioning of Wireless Access Point |
| CNN | Convolutional Neural Network |
| DNNs | Deep Neural Networks |
| DTN | delay tolerant network |
| DBF | distance-based forwarding |
| edgeOS | edge operating system |
| ETSI | European Telecommunications Standards Institute |
| WSN | wireless sensor network |
| E2C | Elastic Compute Cloud |
| FLOPs | floating-point operations |
| FCW | forward collision warning |
| GRA | Grey relational analysis |
| HMM | Hidden Markov model |
| HWMP | Hybrid Wireless Mesh Protocol |
| IaaS | infrastructure as a service |
| iFog | indie fog |
| ITU | International Telecommunication Union |
| IoD | Internet of drones |
| IoMaT | Internet of marine things |
| IoMT | Internet of medical things |
| IoT | Internet of Things |
| IoVs | Internet of vehicles |
| ISP | Internet service provider |
| IFT | Iterative Feature Transformation |
| LV-Fog | land vehicular fog computing |
| LoRa | long range |
| LTE | long-term evolution |
| LTE advanced | long-term evolution-advanced |
| LPWANs | low-power wide-area networks |
| Marine Fog | marine fog computing |
| MDP | Markov decision process |
| MQTT | Message Queuing Telemetry Transport |
| MANET | mobile ad hoc network |
| MFC | mobile fog computing |
| MVCs | mobile vehicular cloudlets |
| MCS | monitoring and control server |
| MAC | multiple access control |
| NIST | National Institute ... |
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