uc

FasTensor is a parallel execution engine for user-defined functions on multidimensional arrays. The user-defined functions follow the stencil metaphor used for scientific computing and is effective for expressing a wide range of computations for data analyses, including common aggregation operations from database management systems and advanced machine learning pipelines.

FasTensor is a parallel execution engine for user-defined functions on multidimensional arrays. The user-defined functions follow the stencil metaphor used for scientific computing and is effective for expressing a wide range of computations for data analyses, including common aggregation operations from database management systems and advanced machine learning pipelines.

HDF5 is a unique technology suite that makes possible the management of extremely large and complex data collections. The HDF5 technology suite includes: A versatile data model that can represent very complex data objects and a wide variety of metadata.

Projects for LiveHD. Lead Mentors: Jose Renau and Sakshi Garg. Contributor(s): Shahzaib Kashif LiveHD is a “compiler” infrastructure for hardware design optimized for synthesis and simulation. The goals is to enable a more productive flow where the ASIC/FPGA designer can work with multiple hardware description languages like CHISEL, Pyrope, or Verilog.

The OSAVC is a vehicle-agnostic open source hardware and software project. This project is designed to provide a real-time hardware controller adaptable to any vehicle type, suitable for aerial, terrestrial, marine, or extraterrestrial vehicles.

The OSAVC is a vehicle-agnostic open source hardware and software project. This project is designed to provide a real-time hardware controller adaptable to any vehicle type, suitable for aerial, terrestrial, marine, or extraterrestrial vehicles.

OpenRAM is an award winning open-source Python framework to create the layout, netlists, timing and power models, placement and routing models, and other views necessary to use SRAMs in ASIC design.

OpenROAD is a front-runner in open-source semiconductor design automation tools and know-how. OpenROAD reduces barriers of access and tool costs to democratize system and product innovation in silicon. The OpenROAD tool and flow provide an autonomous, no-human-in-the-loop, 24-hour RTL-GDSII capability to support low-overhead design exploration and implementation through tapeout.

Project ideas related to reproducibility and package management, especially as it relates to store type package managers (NixOS, Guix or Spack). Lead Mentor: Farid Zakaria mailto:fmzakari@ucsc.edu Investigate the dynamic linking landscape Topics: Operating Systems Compilers Linux Package Management NixOS Skills: Experience with systems programming and Linux familiarity Difficulty: Moderate to Challenging Size: Large (350 hours) Mentors: Farid Zakaria & Tom Scogland mailto:scogland1@llnl.