We derive the closed-form effective secure throughput considering both security and QoS provisioning in VANETs with cooperative communications.
A comparative study of the suggested classification is presented based upon the multipath technique, additional security infrastructure, security requirements, corresponding attacks, and efficiency analysis in pursuit of effective secure routing in wireless sensor networks.
It's effective, secure and, to the untrained eye, a little bit romantic.
The proposed scheme significantly improves the effective secure throughput.
Therefore, effective secure mechanisms are essentially required in a hostile wireless environment.
Effective secure throughput is considered as the optimization objective in our formulation.
Finally, we obtain effective secure throughput considering both the authentication protocol and cooperative communications.
("Responsible encryption is achievable. Responsible encryption can involve effective, secure encryption that allows access only with judicial authorization," er, so a backdoor then?).
Although we use effective secure throughput as the optimization objective in our formulation, other QoS parameter can be used in the reward function as well.
