Harbin Engineering University | China
Minghe Zhang, a master’s degree candidate and IEEE Senior Member, is actively engaged in advancing research on low-complexity signal detection algorithms for OTFS modulation in fast time-varying channels. His academic journey centers on addressing the challenges in both linear and nonlinear detection algorithms at the receiver end, with notable contributions such as the Memory Approximate Message Passing Detector for OTFS Modulation. He has published research articles in reputed journals, including one indexed in SCI and another in EI, and maintains a growing citation record with 2 completed citations and 1 in progress. His h-index currently stands at 1, reflecting his emerging impact in the research community, with 2 documents published and 3 total citations. In addition to academic outputs, Zhang has actively engaged in 3 consultancy and industry projects, showcasing his ability to apply theoretical innovations to practical applications. He also fosters collaborations, particularly with the Shanghai Institute of Satellite Engineering, where his expertise in orthogonal time frequency space, turbo detection, fast time-varying channels, and message passing algorithms contributes to both academic and industry advancements. Through innovative algorithmic design—such as utilizing conjugate gradient methods and residual-based sparse approximation—he has significantly reduced computational complexity, strengthening the performance and efficiency of OTFS systems.
Low complexity iterative MMSE detector for OTFS modulation