Jindi Wu (PER-129)
Jindi Wu is a faculty member at DePaul University in Jarvis College of Computing and Digital Media / School of Computing. Documented areas of work include quantum computing, quantum machine learning, circuit compilation, cybersecurity, and privacy.
Summary ✓
- Primary affiliation: Jarvis College of Computing and Digital Media / School of Computing
- Role types: faculty
- Last reviewed: 2026-07-16
Access (availability): 🟢 Green — open or routine · 🟡 Yellow — appointment or affiliation · 🔴 Red — restricted · ⚪/⚫ White/Black — not yet classified
Verification: ✓ confirmed · ~ likely · ? needs review · ✕ archived
Profile & contact
- Email: jwu115@depaul.edu
- Faculty profile: www.depaul.edu/faculty/jindi-wu
- ORCID: 0000-0002-0489-0616 (probable)
Description
Jindi Wu is a faculty member at DePaul University in Jarvis College of Computing and Digital Media / School of Computing. Documented areas of work include quantum computing, quantum machine learning, circuit compilation, cybersecurity, and privacy.
Linked resources
None documented.
Linked grants
- Integrating Quantum Computing and Medicinal Chemistry to Accelerate hCNT Inhibitor Discovery (PI)
- Developing an Introductory Course in Quantum Computing and Programming (PI)
Linked courses
- CSC 397 — TOPICS IN COMPUTER SCIENCE — Introduction to Quantum Computing and Programming (Faculty lead)
Linked publications
- QuanGuard: Error Evolution-Based Fingerprinting for Fraud Detection in Quantum Cloud Services (Author) — DOI
- Disparity Surface Code: Optimizing Error Correction in Quantum Networks (Author) — DOI
- Detecting Fraudulent Services on Quantum Cloud Platforms via Dynamic Fingerprinting (Author) — DOI
- Q-ID: Lightweight Quantum Network Server Identification Through Fingerprinting (Author) — DOI
- Quantum Network Routing Based on Surface Code Error Correction (Author) — DOI
- Distributed Quantum Machine Learning: Federated and Model-Parallel Approaches (Author) — DOI
- SurfaceNet: Fault-Tolerant Quantum Networks With Surface Codes (Author) — DOI
- LAWS: Look Around and Warm-Start Natural Gradient Descent for Quantum Neural Networks (Author) — DOI
- wpScalable Quantum Neural Networks for Classification (Author) — DOI
- MORE: Measurement and Correlation Based Variational Quantum Circuit for Multi-Classification (Author) — DOI
- A Fine-Grained and Efficient Reliability Analysis Framework for Noisy Quantum Circuits (Author) — DOI
Linked outputs
None documented.
Verification
- Status: ✓ Listed in the map and on a DePaul page
- Last reviewed: 2026-07-16
- ORCID verification: probable (source: n/a)
Source URLs
Notes
Person listing on the Resource Map. Open linked places, grants, courses, and publications from this page.