Scholar

Zhonghai Lu (鲁中海)

Google Scholar ID: 8qbwszcAAAAJ

Professor at KTH Royal Institute of Technology, Sweden

Network-on-ChipDesign AutomationRealtime SystemsComputer Architecture

Citations & Impact

All-time

Citations

1,888

H-index

i10-index

Publications

Co-authors

list available

Contact

No contact links provided.

Publications

20 items

Browse publications on Google Scholar (top-right) ↗

Resume (English only)

Academic Achievements

PhD Thesis: 'Design and Analysis of On-Chip Communication for Network-on-Chip Platforms', KTH, March 2007
Licentiate Thesis: 'Using Wormhole switching for networks on chip: Feasibility analysis and micro-architecture adaptation', May 2005
Master’s Thesis: 'Refinement of a system specification for a digital equalizer into HW and SW implementations', December 2001
Published in top journals including IEEE TVLSI, IEEE Transactions on Industrial Electronics, ACM Computing Surveys, and IEEE TCAD
Key contributions: homogeneous resource allocator for NoC, RFID-based indoor localization, analytical latency models, fault-tolerant deflection routers, scalability analysis of memory consistency models in NoC

Research Experience

Two-year postdoctoral research at KTH after PhD
11 years of industrial experience in circuit and system design between BSc and graduate studies
Currently Associate Professor leading the Dependable Autonomous Systems group at KTH
Pioneer in Network-on-Chip (NoC) research since 2000
Serves on TPCs for conferences including NoCS, NoC-Arc, SoCC, NPC, APPT, ASICon

Background

Associate Professor at the School of Information and Communication Technology (ICT), KTH Royal Institute of Technology
Leads the Dependable Autonomous Systems research group
Research interests include Network-on-Chip (NoC), MPSoC Architecture and Methodology, and Networked Embedded Systems
Coined the term 'Network-on-Chip (NoC)' in 2000; the group's NoC platform is called Nostrum
Developed the Nostrum NoC Simulation Environment (NNSE)
Developing the FORmal SYstem DEsign (FORSYDE) methodology
Also researching fault-tolerant, autonomous, low-cost, and ultra-low-power wireless sensor networks

Co-authors

6 total