Pinned Repositories
EmbExp-Box_firmware
EmbExp-ProgPlatform
Embedded Experiments - the program platform
HOL4P4
P4 formalization using Ott and HOL4
HolBA
Binary analysis in HOL
itppv-course
Interactive Theorem Proving course using HOL4
mil
Formal definition, metatheory, and tools for the Machine Independent Language using HOL4 and CakeML
p4ott_syntax
s3k
Capability based separation Kernel for embedded RISC-V.
s3k-poc
Proof-of-concept application using the S3K kernel
separation-kernel
KTH STEP group's Repositories
kth-step/HolBA
Binary analysis in HOL
kth-step/HOL4P4
P4 formalization using Ott and HOL4
kth-step/itppv-course
Interactive Theorem Proving course using HOL4
kth-step/s3k
Capability based separation Kernel for embedded RISC-V.
kth-step/EmbExp-Box_firmware
kth-step/mil
Formal definition, metatheory, and tools for the Machine Independent Language using HOL4 and CakeML
kth-step/separation-kernel
kth-step/dma-controller-verification
kth-step/EmbExp-ProgPlatform
Embedded Experiments - the program platform
kth-step/fp-course
kth-step/p4ott_syntax
kth-step/s3k-poc
Proof-of-concept application using the S3K kernel
kth-step/Silver-Pi
Verified Pipelined Processor Circuit
kth-step/HOL
Canonical sources for HOL4 theorem-proving system. Branch `develop` is where “mainline development” occurs; when `develop` passes our regression tests, `master` is merged forward to catch up.
kth-step/HolBA-multicore
Binary analysis in HOL
kth-step/Hypervisor
kth-step/probability-jam
We collect theory files and references for learning probability theory with HOL4.
kth-step/abs-metatheory
kth-step/BIR-angr
kth-step/EmbExp-BalRob
Embedded Experiments - balancing robot demo
kth-step/EmbExp-Box
kth-step/EmbExp-Logs
kth-step/evoting-demonstrator
kth-step/hypervisor.linux
kth-step/kth-step.github.io
KTH STEP group's website
kth-step/libs3k
User-space library for S3K.
kth-step/s3k-examples
kth-step/sw-spi-cam-model
kth-step/syntax-course
Code and other material related to a course in Swedish on formal languages and syntax analysis
kth-step/VM_SCAMV_intro