We present the results of extensive simulation work to determine the optical performance of the SST-GATE prototype telescope.
The overall research project involved in situ measurements, extensive simulation work and design guide calculations of heat loss through the ground from different real buildings.
Proposed algorithm is evaluated by extensive simulation work which show that proposed approach is effective in terms of major key performance indicators (KPIs).
Extensive simulation work leads to the quantitative relationships between the process conditions, volume ratio of the flange to can, and the size of the flange or can.
Finally, extensive simulation work is carried out and shows that the theoretical predictions are very well substantiated.
The proposed theory is very well substantiated by the extensive simulation work carried out in both noise-free and noisy environments.
Throughout extensive simulation work we evaluate the performance and operation of our proposal and show that the 2C-based approach is able to speed up the network configuration time as compared with solutions based on traditional CSMA/CA.
Extensive simulation work comparing the two algorithms under different scenarios revealed that the DRS algorithm performs much better than the DRC algorithm but at the cost of a higher computational complexity.
Extensive simulation results, compared to existing work, show that AASA achieves high performance in terms of quality of tracking, energy efficiency, and network lifetime.
This work includes extensive simulation of these two emerging techniques using the Synopsys Sentaurus Process software tool, in direct comparison with experimental data for each step involved in the process.
