Analysis of Random-access algorithms. - Peter Mathys (1984)

The collision channel without feedback. - James L. Massey; Peter Mathys (IEEE Trans. Inf. Theory, 1985)

Q -ary collision resolution algorithms in random-access systems with free or blocked channel access. - Peter Mathys; Philippe Flajolet (IEEE Trans. Inf. Theory, 1985)

The Effect of Channel-Exit Protocols on the Performance of Finite Population Random-Access Systems. - Peter Mathys; Boi Faltings (SIGMETRICS, 1987)

A class of codes for a T active users out of N multiple-access communication system. - Peter Mathys (IEEE Trans. Inf. Theory, 1990)

On differentially encoded M-sequences. - Michael Rice; Steven Tretter; Peter Mathys (IEEE Trans. Commun., 2001)

Spectrum Sharing Between WLANs and Fixed Microwave Links in 6 and 13 GHz Bands: a Case Study. - Nadia Yoza-Mitsuishi; Ruoyu Sun 002; Peter Mathys (DySPAN, 2019)

Spectrum sharing between RLANs and Fixed Satellite Services in the 6 GHz band. - Nadia Yoza-Mitsuishi; Peter Mathys (VTC Fall, 2020)

Spectrum sharing between RLANs and terrestrial links in the 6 GHz band. - Nadia Yoza-Mitsuishi; Peter Mathys (ICC Workshops, 2021)

Considerations for spectrum sharing between RLANs and incumbents in the 13 GHz band. - Nadia Yoza-Mitsuishi; Peter Mathys (VTC Fall, 2021)

Propagation Model Analysis for 7- and 13-GHz Spectrum Sharing in Urban Environments. - Nadia Yoza-Mitsuishi; Christopher Robert Anderson; Peter Mathys (IEEE Wirel. Commun. Lett., 2022)