ISI channel equalizers based on the factor graphs for M-QAM signalling. - Pinar Sen; Samet Gelincik; Tugcan Aktas; Ali Özgür Yilmaz (SIU, 2013)

A low-complexity graph-based LMMSE receiver designed for colored noise induced by FTN-signaling. - Pinar Sen; Tugcan Aktas; Ali Özgür Yilmaz (WCNC, 2014)

Factor Graph Based LMMSE Filtering for Colored Gaussian Processes. - Pinar Sen; Ali Özgür Yilmaz (IEEE Signal Process. Lett., 2014)

A 400 MHz 4.5 nW -63.8 dBm sensitivity wake-up receiver employing an active pseudo-balun envelope detector. - Po-Han Peter Wang; Haowei Jiang; Li Gao; Pinar Sen; Young-Han Kim 001; Gabriel M. Rebeiz; Patrick P. Mercier; Drew A. Hall (ESSCIRC, 2017)

24.5 A 4.5nW wake-up radio with -69dBm sensitivity. - Haowei Jiang; Po-Han Peter Wang; Li Gao; Pinar Sen; Young-Han Kim 001; Gabriel M. Rebeiz; Drew A. Hall; Patrick P. Mercier (ISSCC, 2017)

A Low-Complexity Graph-Based LMMSE Receiver for MIMO ISI Channels With M-QAM Modulation. - Pinar Sen; Ali Özgür Yilmaz (IEEE Trans. Wirel. Commun., 2017)

Monte Carlo Methods for Randomized Likelihood Decoding. - Alankrita Bhatt; Jiun-Ting Huang; Young-Han Kim 001; J. Jon Ryu; Pinar Sen (Allerton, 2018)

Optimal Achievable Rates for Computation With Random Homologous Codes. - Pinar Sen; Sung Hoon Lim; Young-Han Kim 001 (ISIT, 2018)

Variations on a Theme by Liu, Cuff, and Verdú: The Power of Posterior Sampling. - Alankrita Bhatt; Jiun-Ting Huang; Young-Han Kim 001; J. Jon Ryu; Pinar Sen (ITW, 2018)

A Near-Zero-Power Wake-Up Receiver Achieving -69-dBm Sensitivity. - Po-Han Peter Wang; Haowei Jiang; Li Gao; Pinar Sen; Young-Han Kim 001; Gabriel M. Rebeiz; Patrick P. Mercier; Drew A. Hall (IEEE J. Solid State Circuits, 2018)

Successive Refinement to Caching for Dynamic Content. - Pinar Sen; Michael Gastpar (ISIT, 2019)

Interleaved Block Coding for Achieving Gaussian Random Access Channel Capacity. - Tugcan Aktas; Pinar Sen (ISIT, 2020)

Successive Refinement to Caching for Dynamic Requests. - Pinar Sen; Michael Gastpar; Young-Han Kim 001 (ISIT, 2020)

Homologous Codes for Multiple Access Channels. - Pinar Sen; Young-Han Kim 001 (IEEE Trans. Inf. Theory, 2020)

On the Optimal Achievable Rates for Linear Computation With Random Homologous Codes. - Pinar Sen; Sung Hoon Lim; Young-Han Kim 001 (IEEE Trans. Inf. Theory, 2020)

Structured Codes for Network Communication. - Pinar Sen (2020)