In this paper, we describe a model checker Garakabu2, which we have been implementing for verifying HSTM designs against Linear Temporal Logic (LTL) properties.
PL drafted the manuscript and implemented the experiments for verifying the feasibility of the proposed scheme.
The developed model was verified and implemented for management of the check-in system at the Wrocław Airport.
Further, the cost to develop libraries, implement extensive sampling programs needed for verifying the MST method, and calculate uncertainties associated with the method are legitimate issues, which requires attention before exploiting the MST method at watershed scale.
The proposed sub-bank memory architecture and its system is implemented and verified for Lapped Biorthogonal Transform based Low complexity Zerotree Codec (LBT-LZC), an image coding algorithm.
Finally, FEM simulations were implemented for the last experiment, and comparison results have well verified the effectiveness of the developed capacitive sensor.
The proposed controller is designed and verified by digital computer simulation and then implemented for buck, boost and buck boost converters by using an 8-bit microcontroller.
A segmentation scheme implemented for a given purpose must undergo an evaluation process to verify its effectiveness in terms of the problem under consideration.
The developed PLC based Fuzzy and Cascade-PID controllers are implemented for the lab scale experimental setup and their performance analyses are verified experimentally.
