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researchers should keep in mind the issue of overheating while designing WBAN routing protocols to avoid any type of harm to human tissues. tinue operating even if some nodes or links between nodes fail and to limit the impact of failure to a small number of components [58]. Unidentified life-threatening conditions can result in death. The change in environmental factors, such as climate variability (e.g., heat and humidity), can cause biosensors to malfunction. Therefore, a reliable rout- ing protocol should be able to identify and fix these errors to ensure data transfer and the network keep functioning.

Table 12 researchers should keep in mind the issue of overheating while designing WBAN routing protocols to avoid any type of harm to human tissues. tinue operating even if some nodes or links between nodes fail and to limit the impact of failure to a small number of components [58]. Unidentified life-threatening conditions can result in death. The change in environmental factors, such as climate variability (e.g., heat and humidity), can cause biosensors to malfunction. Therefore, a reliable rout- ing protocol should be able to identify and fix these errors to ensure data transfer and the network keep functioning.

Related Figures (13)

Figure 1: WBAN architecture.
Figure 1: WBAN architecture.
FicurE 2: Categories of WBAN routing protocols.
FicurE 2: Categories of WBAN routing protocols.
TaBLeE 1: Temperature-sensitive routing protocols.
TaBLeE 1: Temperature-sensitive routing protocols.
TABLE 2: QoS-sensitive routing protocols.
TABLE 2: QoS-sensitive routing protocols.
TABLE 3: Cluster-oriented routing protocols.
TABLE 3: Cluster-oriented routing protocols.
TABLE 4: Postural-mobility-aware routing protocols.
TABLE 4: Postural-mobility-aware routing protocols.
TaBLE 5: Cross-layered routing protocols.
TaBLE 5: Cross-layered routing protocols.
TABLE 6: Comparative analysis of routing protocols.
TABLE 6: Comparative analysis of routing protocols.
TaBLE 7: Application domain with pros and cons of various routing protocols.
TaBLE 7: Application domain with pros and cons of various routing protocols.
TABLE 7: Continued.
TABLE 7: Continued.
TABLE 7: Continued.
TABLE 7: Continued.
Related topics:
Computer ScienceDistributed ComputingDynamic Source RoutingElectrical and Electronic Engineering
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