Parameters p p and s 0 denote the PBS transmission power and transmission data stream, respectively.
Simulation of transmission power, transmission latency, and data rate, together with proposed hardware architecture, were all carried out to verify the effectiveness and feasibility of the proposed system.
In industrial scenario, the model developed can be used to provide the valuable insights for the fault tolerant embedded systems such as computers, power transmission lines, distributed data networks, telecommunications, and power plants, wherein the server as well as machining components are failure prone.
When is chosen for low-power transmission, the data rate increases, and the frame is transmitted in a shorter time, that is, within less than the 33-ms frame period.
Moreover, the SU turns to spend least power and spectrum on transmission data for PUs and scrambles to save resources any way for multicast members.
Motivated by the needs of the high-voltage power transmission industry, we use data from the high-latitude IMAGE magnetometer array to study characteristics of extreme geoelectric fields at regional scales.
To fully utilize the power budget and maximize the transmission data rate, a suboptimal (SubOpt) integer bit loading algorithm is proposed in Algorithm 3 (Figure 10). Figure 10 Suboptimal Bit Loading Algorithm (Algorithm 3).
Open image in new window Fig. 1 Concept of DOU 1 Open image in new window Fig. 2 Concept of DOU 2. According to the KEPCO's data, Korean power transmission system has 119 buses with 345 kV and 5 buses with 765 kV [23, 24, 25].
Changing transmission distance, power, and data transmission experiments are carried out.
Table 1 The results of power and data transmission experiments Parameters Transmission distance 2 m 10 m Transmission efficiency 0.78 0.33 Bit error rate 0.0 0.0.
