Nonsmooth optimization is applied to the design of transmitter and receiver lters for data transmission. This optimization method allows tradeoos between several performance measures{ISI, transmitter lter average power output, and receiver lter power gain. An FCC mask constraint on the transmitter lter is imposed. An example illustrates the design method.

Developing an efficient high-power transmitter is essential to extend service coverage of terrestrial broadcasting service. Furthermore, it is important to develop a dual-mode transmitter platform that satisfies both ATSC and DVB-T2 in order to reduce development costs. In this paper, we present a design method of dual-mode high-power transmitter with 2.5KW transmit power for terrestrial digita...

In this paper, the joint design of transmitter and receiver for multichannel data transmission over dispersive channels is considered. In particular, the practically important case where the transmitter consists of FIR filters and the channel impulse response has arbitrary length is addressed. The design criterion is the minimization of the mean squared error at the receiver output under the co...