Reduction of NTSC co-channel interference by referencing carrier frequencies to the LORAN-C signal. - Charles W. Rhodes (IEEE Trans. Broadcast., 1995)

DTV coverage and service prediction, measurement and performance indices. - Oded Bendov; John F. X. Browne; Charles W. Rhodes; Yiyan Wu 001; Pierre Bouchard (IEEE Trans. Broadcast., 2001)

Some recent improvements in the design of DTV receivers for the ATSC standard. - Charles W. Rhodes (IEEE Trans. Consumer Electron., 2002)

Planning factors for fixed and portable DTTV reception. - Oded Bendov; Yiyan Wu 001; Charles W. Rhodes; John F. X. Browne (IEEE Trans. Broadcast., 2004)

Interference between television signals due to intermodulation in receiver front-ends. - Charles W. Rhodes (IEEE Trans. Broadcast., 2005)

Interference mitigation for improved DTV reception. - Charles W. Rhodes; Gary J. Sgrignoli (IEEE Trans. Consumer Electron., 2005)

New Challenges to Designers of DTV Receivers Concerning Interference. - Charles W. Rhodes (IEEE Trans. Consumer Electron., 2007)

Non-Invasive Testing Methods to Determine the RF Performance of Consumer DTV Receiving Appliances. - Charles W. Rhodes (IEEE Trans. Consumer Electron., 2007)

Interference to DTV Reception due to Non-Linearity of Receiver Front-Ends. - Charles W. Rhodes (IEEE Trans. Consumer Electron., 2008)

Interference to DTV reception from FM radio signals. - Charles W. Rhodes (IEEE Trans. Consumer Electron., 2010)

Future spectrum demands will impact DTV and GPS receiver designs. - Charles W. Rhodes (IEEE Trans. Consumer Electron., 2012)

Interference to digital broadband communications and spread spectrum communications. - Charles W. Rhodes (IEEE Trans. Consumer Electron., 2012)

Protection ratios for ATSC digital TV receivers. - Charles W. Rhodes; Linley F. Gumm; Stanley P. Knight (IEEE Trans. Consumer Electron., 2013)