In the last section, we examined the effect of different localized tree schemes on communication loads for one real deployment case.
Non-interactive schemes are more attractive than interactive schemes in terms of communication overhead, and thus several non-interactive deniable authentication scheme have been proposed.
Simulation experiments were conducted on real data to evaluate the performance of DISC and the proposed scheme is compared to an existing cryptographic transformation scheme in terms of communication cost.
The constant time-domain magnitude property of the Chu sequence precludes peak-to-average power ratio (PAPR) problem in implementation while the constant frequency-domain magnitude property makes the Chu sequence invaluable in the design of the optimal training scheme of many communication systems.
At the end, it has been concluded that more effort is still needed to overcome the limitations of proposed protection schemes and to improve reliability of communication system for adaptive protection schemes or provide alternate means to cope with communication failures.
Communication of the microgrid, introduces special requirements, design principles, and schemes of the microgrid communication system.
In this section, we analyze the performance of our MAC-based scheme in terms of communication bandwidth and computational complexity.
The detection cycle initiated by the fusion center is illustrated in Figure 4. We assume a slotted multiaccess communication scheme with number of communication slots L per detection cycle, where each packet requires one time slot for transmission, all time slots have the same length τ / L, τ is the delay for detection, and all transmitters are synchronized.
Although the schemes solve the problem of communication overhead, they prove ineffective for inter-node data deduplication system.
In this paper, we first theoretically analyze the idea of adopting data parallelism when designing a parallel clustering algorithm for PCs cluster systems, including analysis of speedup and selection of communication schemes.
