On the asymptotic performance of spatially-coupled codes with minimal coupling. - Reza A. Ashrafi; Ali Emre Pusane (ISSSE, 2012)

Asymptotically regular spatially coupled codes with low decoding delay. - Reza A. Ashrafi; Ali Emre Pusane (SIU, 2012)

Performance analysis of spatially coupled codes over the correlated erasure channel. - Reza A. Ashrafi; Ali Emre Pusane (SIU, 2013)

Spatially-coupled communication system for the correlated erasure channel. - Reza A. Ashrafi; Ali Emre Pusane (IET Commun., 2013)

Asymptotic and finite-length performance of irregular spatially-coupled codes. - Reza A. Ashrafi; Abdullah Sariduman; Ali Emre Pusane (BlackSeaCom, 2014)

Spatially-coupled coding based communication over the correlated Nakagami fading channel. - Reza A. Ashrafi; Ali Emre Pusane (SIU, 2014)

Analysis of advanced programming architectures for next-generation Flash memories. - Reza A. Ashrafi; Ali Emre Pusane; Ismail Demirkan (SIU, 2015)

On the reliability and efficiency of novel programming architectures for next-generation flash memories. - Reza A. Ashrafi; Ali Emre Pusane; Ismail Demirkan (TSP, 2015)

An efficient equalization technique for multi-level cell flash memory storage systems. - Reza A. Ashrafi; Ali Emre Pusane (SIU, 2017)

Next-Generation data storage: Transistor and DNA. - Reza A. Ashrafi; Ali Emre Pusane; Suayb S. Arslan (SIU, 2018)

Efficient low-complexity two-dimensional equalisation technique for multi-level cell flash memory storage systems. - Reza A. Ashrafi; Ali Emre Pusane (IET Commun., 2018)

Kernel Density Estimation for Optimal Detection in All-Bit-Line MLC Flash Memories. - Reza A. Ashrafi; Ali Emre Pusane; Suayb S. Arslan (SIU, 2019)

On the distribution of the threshold voltage in multi-level cell flash memories. - Reza A. Ashrafi; Suayb S. Arslan; Ali Emre Pusane (Phys. Commun., 2019)

Errors-in-Variables Modeling of Personalized Treatment-Response Trajectories. - Guangyi Zhang 001; Reza A. Ashrafi; Anne Juuti; Kirsi Pietiläinen; Pekka Marttinen (IEEE J. Biomed. Health Informatics, 2021)