Sentence examples for system parameters data from inspiring English sources

Table 3 System parameters Data subcarriers (N) 48 Sampling rate (1/T) 5.6 MHz FFT size (N car) 512 Length of cyclic prefix 64 Convolutional code (133,171 8 Code rates (({mathcal {D}}_{mathrm {r}})) 1/2, 2/3, 3/4, 5/6 Constellation sizes (({mathcal {D}}_{mathrm {m}})) 2, 4, 6 bits Information bits (N p) 1024 CRC (N CRC) 32.

The attacker has full knowledge of power topology information, system parameters, bad data detection strategy, etc.

This paper has the following assumptions: 1) The attacker has full knowledge of power topology information, system parameters, bad data detection strategy, etc.   2) The attacker is capable of falsifying any analog measurements that measured by meters.  .

Linear regression models are used to predict the functional relationship between system performance and the key system parameters using data sets.

The PEVs modeled are each assigned to one of the driving profiles in the set, V. 2) Power system parameters and data.

This parameter is primarily dependent on optical detection system parameters and data analysis techniques.

Step 1: Input the topology structure data of power system and transient parameters data (generators, excitation system, and SVC).

Table 1 System parameters of field data and simulation Symbol Description Value Field Fieldatata Simulation R 0 Range to scene center 40800 m 10000 m V p Platform velocity 218 m/s 200 m/s T p Pulse width 20 μ s 10 μ s f p PRF 1200 Hz 4000 Hz f c Carrier frequency 9.6 GHz 10 GHz, 12 GHz B w Signal bandwidth 400 MHz 200 MHz ρ r Range resolution 0.5 m 1.0 m ρ a Azimuth resolution 0.5 m 1.0 m.

When dealing with nonlinear dynamical systems, it is important to have efficient, accurate and reliable tools for estimating both the linear and nonlinear system parameters from measured data.

Due to uncertainty in solar insolation, system parameters and cost data, global optimization may not be utilized to represent a meaningful design.

In computational sciences, optimization problems are frequently encountered in solving inverse problems for computing system parameters based on data measurements at specific sensor locations, or to perform design of system parameters.