Habib ul Hasan Khan

13 papers B 1Journal 1Unranked 10
YearRankTypeTitle / Venue / Authors
2020 — conf
Cycle-Accurate Debugging of Embedded Designs Using Recurrent Neural Networks.
ARC
Habib ul Hasan Khan, Ariel Podlubne, Gökhan Akgün, Diana Göhringer
2020 — conf
SysIDLib: A High-Level Synthesis FPGA Library for Online System Identification.
ARC
Gökhan Akgün, Habib ul Hasan Khan, Marawan Azmy Hebaish, Mahmoud Ahmed Elshimy, Mohamed A. Abd El Ghany, Diana Göhringer
2019 — —
Automated Debugging Methodology for FPGA-based Systems.
Habib ul Hasan Khan
2019 — conf
Cycle-Accurate Debugging of Multi-clock Reconfigurable Systems.
ReConFig
Habib ul Hasan Khan, Gökhan Akgün, Ariel Podlubne, Felix Wegener, Amir Moradi, Diana Göhringer
2019 J jnl
Intrusive FPGA-in-the-loop debugging using a rule-based inference system.
Microprocess. Microsystems
Habib ul Hasan Khan, Ariel Podlubne, Diana Göhringer
2019 — conf
System Identification using LMS, RLS, EKF and Neural Network.
ICVES
Gökhan Akgün, Habib ul Hasan Khan, Marawan Azmy Hebaish, Diana Göhringer
2018 — conf
An Intrusive Dynamic Reconfigurable Cycle-Accurate Debugging System for Embedded Processors.
ARC
Habib ul Hasan Khan, Ahmed Kamal, Diana Goehringer
2018 B conf
Cycle-Accurate and Cycle-Reproducible Debugging of Embedded Designs Using Artificial Intelligence.
FPL
Habib ul Hasan Khan, Diana Göhringer
2018 — conf
Dynamic tunable and reconfigurable hardware controller with EKF-based state reconstruction through FPGA-in the loop.
ReConFig
Gökhan Akgün, Habib ul Hasan Khan, Mahmoud Ahmed Elshimy, Diana Göhringer
2017 — conf
Access Network Generation for Efficient Debugging of FPGAs.
HEART
Habib ul Hasan Khan, Thomas Grimm, Michael Hübner, Diana Göhringer
2017 — conf
An event-based Network-on-Chip debugging system for FPGA-based MPSoCs.
SAMOS
Habib ul Hasan Khan, Jens Rettkowski, Mohamed Eldafrawy, Diana Göhringer
2017 — conf
FPGA Debugging with MATLAB Using a Rule-Based Inference System.
ARC
Habib ul Hasan Khan, Diana Göhringer
2016 — conf
FPGA debugging by a device start and stop approach.
ReConFig
Habib ul Hasan Khan, Diana Göhringer