| Authors |
Poster Title |
| Christos-Savvas, et al. |
CascadeCNN: Pushing the performance limits of quantisation in CNNs |
| Sagar Karandikar, et al. |
FireSim: Productive, Scalable, FPGA-Accelerated Cycle-Accurate Hardware Simulation using Cloud FPGAs |
| Pietro Bressana, et al. |
A Programmable Framework for Validating Data Planes |
| Stephen Ibanez, et al. |
Programmable Networking: P4→NetFPGA Workflow |
| Song Han, et al. |
AMC: AutoML for Model Compression and Acceleration |
| Chunkun Bo, et al. |
Automata Processing on FPGAs |
| S. S. Banerjee, et al. |
Sequences to Systems: Smart Healthcare and Smart Systems |
| Guy Lemieux, et al. |
OpenVX Overlay using Partial Reconfiguration |
| Lorenzo Di Tucci, et al. |
Democratize Accelerated Genomic Pipelines On FPGA |
| Guido Walter Di Donato, et al. |
Approaching Human Complexity through Xilinx FPGAs |
| Peng Wei, et al. |
Democratizing Customizable Computing via Automated Accelerator Generation |
| Brad Hutchings, et al. |
Demand-Driven FPGA Configurations Using PR, Linux, and PYNQ |
| Naif Tarafdar, et al. |
Galapagos: A Full Stack Approach to FPGA Integration in the Cloud |
| Shulin Zeng, et al. |
Nanoscale Integrated Circuits and System Lab |
| Christoforos Kachris, et al. |
Acceleration of Spark ML on Xilinx PYNQ FPGAs |
| Jongse Park, et al. |
DNNWEAVER v2.0: From Tensors to FPGAs |
| Timothy Roscoe, et al. |
A Research Computer for Systems Software Research |
| Joseph Cavallaro, et al. |
FPGA Accelerated Baseband For Wireless Systems |
| Zhiru Zhang, et al. |
Rosetta: A Realistic HLS Benchmark Suite for FPGAs |
| Robert W Stewart, et al. |
Software Defined Radio with RFSoC & PYNQ |
| Marco D.Santambrogio, et al. |
The NECSTLab Experience on Teaching, MOOC, and Continuous Learning |
