Scholar
Muhammad Iqbal Rochman
Google Scholar ID: X_OyZrIAAAAJ
Postdoc at The University of Notre Dame
Citations & Impact
Citations
630
H-index
13
i10-index
16
Publications
20
Co-authors
9
list available
Contact
Publications
Resume (English only)
Academic Achievements
- Published multiple academic papers on wireless communication and networking, including:
- - A. Tusha, S. Dogan-Tusha, J.R. Palathinkal, H. Nasiri, M.I. Rochman, P. McGuire, M. Ghosh, "A comprehensive analysis of secondary coexistence in a real-world CBRS deployment," in 2025 IEEE TCCN.
- - M.I. Rochman, W. Ye, Z.L. Zhang, M. Ghosh, "A comprehensive real-world evaluation of 5G improvements over 4G in low-and mid-bands," in 2025 IEEE TCCN.
- - S. Dogan-Tusha, A. Tusha, M.I. Rochman, H. Nasiri, M. Ghosh, "Spectrum Sharing Characterization Using Smartphones: Exploring 6 GHz Sharing Through Large-Scale Wi-Fi 6E Measurements," in 2024 IEEE Communications Magazine.
- - H. Nasiri, S. Dogan-Tusha, M.I. Rochman, M. Ghosh, "Data Driven Environment Classification Using Wireless Signals," in 2024 ACM WiNTECH.
- - S. Dogan-Tusha, A. Tusha, H. Nasiri, M.I. Rochman, M. Ghosh, "Spectrum Sharing in 6 GHz: How is it working out?" in 2024 IEEE SPAWC.
- - M.I. Rochman, V. Sathya, D. Fernandez, N. Nunez, A.S. Ibrahim, W. Payne, and M. Ghosh, "A comprehensive analysis of the coverage and performance of 4G and 5G deployments," in 2023 Elsevier Computer Networks.
- - S. Dogan-Tusha, A. Tusha, H. Nasiri, M.I. Rochman, M. Ghosh, "Indoor and Outdoor Measurement Campaign for Unlicensed 6 GHz Operation with Wi-Fi 6E," in 2023 IEEE WPMC.
- - S. Dogan-Tusha, M.I. Rochman, A. Tusha, H. Nasiri, J. Helzerman, and M. Ghosh, "Evaluating The Interference Potential in 6 GHz: An Extensive Measurement Campaign of A Dense Indoor Wi-Fi 6E Network," in 2023 ACM WiNTECH.
- - M.I. Rochman, V. Sathya, W. Payne, M. Yavuz, and M. Ghosh, "A Measurement Study of the Impact of Adjacent Channel Interference between C-band and CBRS," in 2023 IEEE PIMRC.
- - V. Sathya, M.I. Rochman, T.V. Pasca, and M. Ghosh, "Impact of hidden node problem in association and data transmission for LAA Wi-Fi coexistence," in 2022 Elsevier Computer Communications.
- - M.I. Rochman, V. Sathya, and M. Ghosh, "Outdoor-to-Indoor Performance Analysis of a Commercial Deployment of 5G mmWave," in 2022 IEEE FNWF.
- - M.I. Rochman, D. Fernandez, N. Nunez, V. Sathya, A.S. Ibrahim, M. Ghosh, and W. Payne, "Impact of Device Thermal Performance on 5G mmWave Communication Systems," in 2022 IEEE CQR.
- - A. Narayanan, M.I. Rochman, A. Hassan, B.S. Firmansyah, V. Sathya, M. Ghosh, F. Qian, Z.L. Zhang, "A Comparative Measurement Study of Commercial 5G mmWave Deployments," in 2022 IEEE INFOCOM.
- - A. Ramamurthy, V. Sathya, M.I. Rochman, M. Ghosh, "ML-Based Classification of Device Environment Using Wi-Fi and Cellular Signal Measurements," in 2022 IEEE Access.
- - M.I. Rochman, V. Sathya, N. Nunez, D. Fernandez, M. Ghosh, A.S. Ibrahim, and W. Payne, "A Comparison Study of Cellular Deployments in Chicago and Miami Using Apps on Smartphones," in 2021 ACM WiNTECH.
- - M.I. Rochman, Y. Anistyasari, "CONMIQ Multicast: A Scalable Multicast Video Streaming in LTE Networks," in 2021 ICVEE.
- - V. Sathya, M.I. Rochman, and M. Ghosh, "Hidden-nodes in Coexisting LAA & Wi-Fi: A Measurement Study of Real Deployments," in 2021 IEEE Workshop 16 ICC.
- - V. Sathya, M.I. Rochman, and M. Ghosh, "LAA/Wi-Fi Coexistence Issues: Wi-Fi Client Association and Data Transmission," presented at IEEE 802.11 Meeting Jan 13th, 202
Research Experience
- Postdoctoral researcher at the University of Notre Dame; involved in multiple research projects related to wireless communication.
Education
- - Ph.D. in Computer Science, The University of Chicago (2024)
- - Master in Computer Science (as a part of Ph.D.), The University of Chicago (2021)
- - Master in Computer Science, National Taiwan University of Science and Technology (NTUST) Taiwan (2016)
- - Bachelor in Informatics, Sepuluh Nopember Institute of Technology (ITS) Indonesia (2012)
Background
- Postdoctoral researcher in the Electrical Engineering department of the University of Notre Dame. Formerly GIK Lab member. Research interests include Multi-RAT Coexistence, Spectrum Sharing Models, Next Generation Wireless Technology, Wireless Network Optimization, and Wireless Data Collection and Analysis.
Miscellany
- Developed SigCap.
