@inproceedings{
  author = {W.K. Giloi and K.-D. Kammeyer},
  year = {1974},
  month = {Jun},
  title = {On the Design of All-Digital Components for Low-Speed and High-Speed Modems Using MOS Technology},
  volume = {39C},
  pages = {1-5},
  address={Minneapolis, MN, USA},
  abstract={Discusses ways to realize at reasonable costs purely digital low-speed and high-speed modems. In the first case, very simple digital filter configurations with very coarsely quantized coefficients are used in the receiver, whereas the transmitter consists of a counter and a sine-table stores in a ROM. In high-speed modems, the modulator uses the elementary function synthesis method with the provision that only increments have to be stored, requiring a very small ROM capacity. The receiver filter uses a novel scheme in which the function given by the filter difference equation is generated by a sequential algorithm that requires only a ROM of small storage capacity and an adder. For any arbitrary filter with a frequency band small compared with the operating speed of modern MOS components, this approach to digital filter realization may be of general interest.},
  booktitle={IEEE International Conference on Communications (ICC)}
}