| Professor(s) Involved with the Project |
Sponsoring Agency |
Title of Project |
| Boykin |
National Science Foundation |
EMT: Quantum Complementarity and Its Algorithmic Implications |
| Fang |
UF |
Smart Street Network : Transforming a City's Transportation Infrastructure into A High Speed Communication Infrastructure |
| Fang |
National Science Foundation |
Collaborative Research: CT-ISG: Overlay-Based User Unlocatability and Communication Anonymity in Mobile Ad Hoc Networks |
| Fang |
National Science Foundation |
NeTS-NBD: Collaborative Research: UPASS -An Attack Reliant Security Architecture for Wireless Mesh Networks |
| Fang |
National Science Foundation |
NeTs-WN: A novel Cross-layer Desgin Approach for Wireless Ad Hoc Networks |
| Figueiredo |
SURA/NOAA |
The SURA Coastal Ocean Observing and Prediction Program (Supplemental funding for projects 00066516 (CCE) and 00066517 (ECE) |
| Figueiredo |
Center for Multimodal Solutions (USDOT) |
Development of a Multimodal Transportation Educational Virtual Appliance (MTEVA) to study Congestion During Extreme Tropical Events |
| Figueiredo |
NOAA |
A Regional Storm Surge and Inundation Model Testbed for SECOORA: A Community Approach to Advance Coastal Hazard Science |
| Figueiredo |
National Science Foundation |
HECURA: Collaborative Research: QoS-driven Storage Managament for High-end Computing Systems |
| Figueiredo, Boykin, Fortes, Li, T |
National Science Foundation |
CRI: CRD Collaborative Research: Archer- Seeding Community-Based Computing Infrastructure for Computer Architecture Research and Education |
| Figueiredo, Fortes |
National Science Foundation |
CI-Team:Coastal and Estuarine Science Cyberinfrastructure: Training and Deployment |
| Fortes |
National Science Foundation |
Workshop of Instrumentation Needs of Computer and Information Science (CISE) Research |
| Fortes |
National Science Foundation |
Workshop of Instrumentation Needs of Computer and Information Science (CISE) Research |
| Fortes |
National Science Foundation |
TIE: UF-FIU Inter-IUCRC Collaboration to Explore Autonomic Computing for the Terrafly Server System |
| Fortes |
National Science Foundation |
Atomic-scale Friction Research and Education Synergy Hub (AFRESH) |
| Fortes |
National Science Foundation |
Atomic-scale Friction Research and Education Synergy Hub (AFRESH) |
| Fortes, Figueiredo |
National Science Foundation |
SDCI NMI new; Middelware for Missing Links in Virtualized Grids |
| Fortes, Figueiredo |
Miscellaneous Donors-industry-CAC |
Industry Membership in CAC (Center for Autonomic Computing) Nortrhop Grumman Membership |
| Fortes, Figueiredo |
National Science Foundation-CAC/ REU suppl |
Collaborative Research: Center for Automatic Computing (REU Supplement) |
| Fortes,Figueiredo |
National Science Foundation-CAC/ main |
Collaborative Research: Center for Automatic Computing |
| Fortes, Figueiredo, Principe |
National Science Foundation |
DDDAS-TMRP: Dynamic Data-Driven Brain-Machine Interfaces |
| Fortes, Principe |
National Science Foundation |
IREE:DDDAS-TMRP:Dynamic Data-Driven Brain Machine Interfaces |
| Fortes, Principe |
National Science Foundation |
REU Supplement: MRI Acquisition of Instrumentation for Coupled Experimental Computational Neuroscience and Biology Research |
| Fortes, Principe |
National Science Foundation |
MRI: Acquisition of Instrumentation for Coupled Experimental-Computational Neuroscience and Biology Research |
| George |
National Science Foundation |
Collaborative Research (NeTS_NBD): increasing the Energy Efficiency of the Internet with a Focus on Edge Devices |
| George |
UT-Batetelle |
CHREC: System Level Formulation and Design with SHMEM: 2009 ORLN Participation in CHREC |
| George |
Miscellaneous Donors/CHREC/Corp. |
Industry Membership in CHREC |
| George |
Miscellaneous Donors |
FP FED Memberships to NSF CHREC Center |
| George |
National Security Agency |
Performance Analysis Tools for Shared-Memory High-Performance Computing |
| George |
National Science Foundation/price |
NSF Center for High-Performance Reconfigurable Computing (CHREC) at Florida |
| George |
National Science Foundation/ CHREC REU suppl. |
CHREC REU Supplement: NSF Center for High Performance Reconfigurable Computing (CHREC) at Florida. |
| George |
Misccellaneous Donors/FED Labs |
Federal Labs Memberships in CHREC |
| George |
National Science Foundation/main W/ IDC |
NSF Center for High-Performance Reconfigurable Computing (CHREC) at Florida |
| George |
NSF/MIPPR/wout IDC |
NSF Center for High-Performance Reconfigurable Computing (CHREC) at Florida (MIPPR) |
| George |
US Department of Defense |
Advanced Technologies for Mission Assurance In High-Performance Computing |
| Gordon-Ross |
National Science Foundation |
Collaborative Research: CSR-EHCS, SM DPOP - A Dynamic Profiling and Optimization Platform for Sensor-Based Networks |
| Gordon-Ross |
National Science Foundation |
Collaborative Research: CSR-EHCS, SM:DPOP - A Dynamic Profiling and Optimization Platform for Sensor-Based Networks (REU Supplement to NSF awawrd CNS-0834080) |
| Gordon-Ross |
National Science Foundation |
IHCS: Small Satellite Communications and Sensor Networking System: Design, Analysis, and Proof of Concept |
| Lam |
Tower Hill Insurance Group Inc. |
Tower Hill Imaging Improvements |
| Li, T |
IBM Corp. |
2008 IBM Faculty Award: Automatically Synthesize Parameterized Memory Benchmarks |
| Li, T |
SRC |
Automatic Multi-threaded Benchmark Synthesis for Validation of Performance and Power Models of Multi-core Processors |
| Li, T |
National Science Foundation |
CSR-PSCE, SM: Automatic Multithreaded and Transactional Memory Workload Synthesis for Efficient Multi-core Design Space Evaluation |
| Li, T |
Microsoft |
Geospatial-Based Resource Modeling and Management in Multi-Many Core Era |
| Li, T |
National Science Foundation |
CPA-CSA: Exploring Synergistic and Process Technology Aware Approaches to Effectively Enhanced Processor Microarchitecture Soft-Error Reliability |
| Li, T |
National Science Foundation |
CAREER: New Foundations for Many-Core Architecture Analysis, Modeling and Management |
| Li, T |
National Science Foundation |
CAREER: New Foundations for Many-Core Architecture Analysis, Modeling and Management, Participant Support |
| Li, T, Fortes |
National Science Foundation |
CSR--SMA: Characterizing, Modeling and Mitigating Soft Error Vulnerability in Mutithreaded and Muti-Core Execution Environments |
| Li, T, Fortes |
National Science Foundation |
SHF: Small: Leveraging the Interplay Between Process Variation and NBTI in nanoscale Reliable NoC Architecture Design, SHF: Small: Leveraging the Interplay Between Process Variation and NBTI in Nanoscale Reliable NoC Architecture Design |
| McNair |
Lockheed Martin |
Small Satellite Connectivity and Deployable Mechanisms |
| McNair |
Multiple Sponsors/Space Florida (prime) |
ASTREC Task Comm-001 Satellite Connectivity |
| McNair |
DARPA |
Securing Communities of networks Through Cognitive Network Management |
| McNair |
National Science Foundation |
IHCS: Small Satellite Communications and Sensor Networking System: Design, Analysis, and Proof of Concept |
| Wu |
Intel Corp. |
Cross Layer Design for Power-Constrained Wireless Multimedia Communication |
| Wu |
AFOSR |
Computational Resources for Automatic-Target-Recognition Research |
| Wu |
US Dept of Air Force |
Joint Information Theoretic and Differential Geometrical Approach for Robust Automated Targeted Recognition |
| Wu |
UF Foundation |
Dr. Wu's research activities in Multimedia Communication |
| Wu |
UF Foundation |
Study of Traffic Analysis and Characterization |
| Wu |
National Science Foundation |
REU Supplement CAREER: Delay- Constrained Wirelss Networking: Where Shannon Meets Erlang |
| Wu |
National Science Foundation |
CAREER: Delay-Constrained Wirelss Networking: Where Shannon Meets Erlang |
| Wu |
Cyber Technology Research Foundation |
Performance Improvement of Wireless Communication Technologies Under Jamming Interfaces |
| Wu |
UF Foundation |
Support of Dr. Wu's Research in Multimedia Wireless Communication |
| Wu |
Office of Naval Research |
Delay-Asssured Ad Hoc Networking |
| Wu |
UF Foundation |
Method and Apparatus for Converting a two Dimensional Motion Picture into three Dimensional Picture |