UCSC Hardware Systems Collective
We are researchers at UC Santa Cruz in the Computer Science & Engineering (CSE) and the Electrical & Computer Engineering (ECE) departments investigating how to design/build/architect/secure/optimize/integrate/program the next generation of hardware.
Our approach brings together many perspectives: circuits & VLSI (physical design, design automation, clocking, memory, thermals), architecture (hardware specialization, simulation, advanced out-of-order processors, prefetchers), and systems (storage systems, operating systems, machine learning for design, concurrency, security, programming models).
HSC: In Computer Architecture, We Don’t Change the Questions, We Change the Answers, Mark D. Hill
Hanchen Ye UIUC ScaleHLS Scalable High Level Synthesis through MLIR
Jason Lowe Power UC Davis Managing Memory Smartly
Yipeng Huang Rutgers Graphical models and logical abstractions for quantum systems
Riadul Islam UMBC Electronic Design Automation and Network Security
Chris Batten Cornell A New Era of Open Source System on Chip Design
Siddarth Joshi Notre Dame Energy Efficient Computing for Intelligence at the Edge
Jonathan Balkind UCSB Building Cache Coherent, Heterogenous ISA Processors using P Mesh
Pierre Emanual Gaillardon University of Utah Under the Hood of OpenFPGA
Tim Sherwood (UCSB) Towards Pythonic Digital Design with PyRTL
Sitao Huang (UIUC) PyLog An Algorithm Centric Python Based FPGA Programming and Synthesis Flow
Rajit Manohar (Yale) Asynchronous Logic Design and EDA
Tsung Wei Huang (Univ of Utah) GPU Accelerated Static Timing Analysis
Luca Carloni (Columbia) An Open Source Platform for Heterogeneous Computing
Endri Bezati (EPFL) StreamBlocks A heterogeneous dataflow compiler
Adrian Sampson (Cornell University) Toward a Predictable System Stack for Reconfigurable Computing
Sherief Reda (Brown University) Energy Efficient Circuit Design for Approximate Computing
Ross G Daly (Stanford) Constructing and Using Families of Hardware Accelerators
Eric Keiter (Sandia) Polynomial Chaos Expansion PCE Methods with the Xyce Circuit simulator