3.The design of embedded hardware platform is based on hardware modularization and flexi-ble configuration technologies,which reduces hardwarecost and shortens development period.
5.Theoretically, nearest neighbor, linear, cubic convolution and image interpolation based on wavelet are analyzed and compared on interpolation effect, computational complexity and hardwarecost.
6.The method begins with decomposi ng PL programs into BSB. BSBs are measured in terms of hardwarecost, software c ost and communication cost. Optimized partition is finally achieved by a heurist ic algorithm.
7.Though the smart card can be used conveniently, the hardwarecost is high, especially if the life of private key is short, managing them is very difficult.
8.The experimental results show that for the circuits having many inputs,the length of test vectors generated by this method is much shorter and the hardwarecost is smaller.
9.On the circuit level optimization, two logic circuit optimization methods, RaR and SRAR, are proposed. The optimization step of retiming and resynthesis can solve the problem of logic circuit redundancy efficiently and reduce the hardwarecost.
10.This transmitter can achieve accurate measurement of temperature and a variety of control functions and has the fewer number of system hardware, lower cost, simple connection, strongly protective function of hardware and software, high reliability.
