%0 Journal Article %1 Hentschel2000 %A Hentschel, T. %A Fettweis, G. %D 2000 %J IEEE Communications Magazine %K GPS, sampling, softwareRadio, softwareReceiver %P 142-150 %T Sample Rate Conversion for Software Radio %X Software radio terminals must be able to process many various communications standards. These standards are generally based on different master clock rates and thus employ different bit/chip rates. The most obvious solution to cope with the diversity of master clock rates in one terminal is to provide a dedicated master clock for each standard of operation. Not only too costly, this kind of solution limits the applicability of a realized terminal. Hence, it is much more elegant to run the terminal on a fixed clock rate, and perform digital sample rate conversion controlled by software.

@article{Hentschel2000, abstract = {Software radio terminals must be able to process many various communications standards. These standards are generally based on different master clock rates and thus employ different bit/chip rates. The most obvious solution to cope with the diversity of master clock rates in one terminal is to provide a dedicated master clock for each standard of operation. Not only too costly, this kind of solution limits the applicability of a realized terminal. Hence, it is much more elegant to run the terminal on a fixed clock rate, and perform digital sample rate conversion controlled by software.}, added-at = {2011-05-30T10:41:10.000+0200}, author = {Hentschel, T. and Fettweis, G.}, biburl = {https://www.bibsonomy.org/bibtex/27136b6ec8041070f49a04eadcd79fcae/bmuth}, groups = {private}, interhash = {380e53791a68090afbed088e982f3d87}, intrahash = {7136b6ec8041070f49a04eadcd79fcae}, journal = {IEEE Communications Magazine}, keywords = {GPS, sampling, softwareRadio, softwareReceiver}, month = {August}, owner = {bmuth}, pages = {142-150}, timestamp = {2014-08-11T22:37:44.000+0200}, title = {{Sample Rate Conversion for Software Radio}}, username = {bmuth}, year = 2000 }