mfkiwl's repositories
BRISKI-manyCore
BRISKI ( Barrel RISC-V for Kilo-core Implementations ) is a fast and compact RISC-V barrel processor core that emphasize high throughput and compute density to increase the amount of cores in many-core design without sacrificing performance.
caliptra-sw
Caliptra software (ROM, FMC, runtime firmware), and libraries/tools needed to build and test
fpga_decode_bitstream
C code to parse xilinx bitstream. See http://lastweek.io/fpga/bitstream/
GGNTm
An advanced weighted mean temperature model for GNSS water vapor retrieval
ginan
The Australian Government, through Positioning Australia (part of Geoscience Australia), is funding the design, development and operational service of a Global Navigation Satellite System (GNSS) position correction system - the Ginan service and toolkit. The application of the Ginan correction service by a GNSS device has the potential to increase positioning accuracy from meters to centimetres across Australia. The suite of software systems in this repository (the Ginan toolkit) will be used to create the service. It is available now under an open source licence. Ginan will give individuals and organisations no-cost access to the Ginan software and service as a public good.
groops-GNSS-gravity
A software toolkit for gravity field recovery and GNSS processing
hpm-hal
HAL crate for HPM5300 series RISC-V MCUs, HPM5361, HPM5331, HPM5321, HPM5301
max2771_fx2lp
multi MAX2771 GNSS receiver
meteor
:ringed_planet: An Open Source RISC-V Processors Written by Chisel. The goal is to quickly build a complete SoC that can be taped out by integrating other self-developed open source projects.
tock-security-OS
A secure embedded operating system for microcontrollers
unicorn2
Unicorn: Symbolic Execution, Bounded Model Checking, and Code Optimization of RISC-V Code using Classical Solvers and Quantum Computers
UrbanRTK-INS-OutlierOpt
Risk-Averse Optimization framework for RTK-GNSS/INS urban navigation.
VolRAFT
VolRAFT: Volumetric Optical Flow Network for Digital Volume Correlation of Synchrotron Radiation-based Micro-CT Images of Bone-Implant Interfaces