A simplified approach for autonomous quality assessment of cyclic movements. - Sanam Moghaddamnia; Jürgen Peissig; Gerd Schmitz 002; Alfred Effenberg (DSP, 2013)

On the efficiency of an autonomous cyclic motion grading system. - Sanam Moghaddamnia; Jürgen Peissig; Gerd Schmitz 002; Alfred Effenberg (SSP, 2014)

An adaptive transmission scheme for multiuser MIMO broadcast channel in Cognitive Radio. - Chung Le; Sanam Moghaddamnia; Jürgen Peissig (WiMob, 2014)

An Android-based application for digital gait performance analysis and rehabilitation. - Javier Conte Alcaraz; Sanam Moghaddamnia; Jürgen Peissig (HealthCom, 2015)

On the efficiency of PAPR reduction schemes deployed for DRM systems. - Sanam Moghaddamnia; Albert Waal; Martin Fuhrwerk; Chung Le; Jürgen Peissig (EURASIP J. Wirel. Commun. Netw., 2016)

Mobile quantification and therapy course tracking for gait rehabilitation. - Javier Conte Alcaraz; Sanam Moghaddamnia; Jürgen Peissig (DSP, 2017)

A dictionary learning based approach for gait classification. - Nils Poschadel; Sanam Moghaddamnia; Javier Conte Alcaraz; Marc Christian Steinbach; Jürgen Peissig (DSP, 2017)

Scattered Pilot-Based Channel Estimation for Channel Adaptive FBMC-OQAM Systems. - Martin Fuhrwerk; Sanam Moghaddamnia; Jürgen Peissig (IEEE Trans. Wirel. Commun., 2017)

A Hybrid Optimization Approach for Interference Alignment in Multi-User MIMO Relay Networks Under Different CSI. - Chung Le; Sanam Moghaddamnia; Jürgen Peissig (IEEE Trans. Wirel. Commun., 2017)

Use of Statistical Signal Properties for Adaptive Predistortion of High Power Amplifiers. - Sanam Moghaddamnia; Martin Fuhrwerk; Jürgen Peissig (ISWCS, 2018)

Machine Learning as Digital Therapy Assessment for Mobile Gait Rehabilitation. - Javier Conte Alcaraz; Sanam Moghaddamnia; Nils Poschadel; Jürgen Peissig (MLSP, 2018)

Efficiency of the Memory Polynomial Model in Realizing Digital Twins for Gait Assessment. - Javier Conte Alcaraz; Sanam Moghaddamnia; Martin Fuhrwerk; Jürgen Peissig (EUSIPCO, 2019)

Monitoring the Rehabilitation Progress Using a DCNN and Kinematic Data for Digital Healthcare. - Javier Conte Alcaraz; Sanam Moghaddamnia; Maxim Penner; Jürgen Peissig (EUSIPCO, 2020)

Efficiency of deep neural networks for joint angle modeling in digital gait assessment. - Javier Conte Alcaraz; Sanam Moghaddamnia; Jürgen Peissig (EURASIP J. Adv. Signal Process., 2021)