Pinned Repositories
idl_parser
OMG IDL parser. This parses OMG IDL file and output intermediate Python object.
n-vector
Geographical position calculations – simple and exact solutions by means of n-vector 🌍
Paper-base-visapp-2024
Paper-framework-for-multi-function-swarms
Source code used in simulations for the paper "A Framework for Automatic Behavior Generation in Multi-Function Swarms" accepted by Frontiers in Robotics and AI Oct. 2020.
Paper-NeSy24
Paper-NLLS-speedup
Code used in creation of the paper "Meta-heuristics for improved RF emitter localization"
Paper-ptz-subpix-accuracy
Paper-teensy-post-quantum
PQCTeensy demonstrates a proof-of-concept quantum secure key exchange between two Teensy 3.6 development boards. The implemented protocol is self-contained and focuses on using all the relevant signing and key encapsulation algorithms rather than necessarily being secure.
Paper-towards-multi-function-swarm
Code used in the paper "Evolving a Repertoire of Controllers for a Multi-Function Swarm"
superflow
An efficient processing framework for modern C++
FFI - Norwegian Defence Research Establishment's Repositories
FFI-no/n-vector
Geographical position calculations – simple and exact solutions by means of n-vector 🌍
FFI-no/superflow
An efficient processing framework for modern C++
FFI-no/Paper-base-visapp-2024
FFI-no/Paper-framework-for-multi-function-swarms
Source code used in simulations for the paper "A Framework for Automatic Behavior Generation in Multi-Function Swarms" accepted by Frontiers in Robotics and AI Oct. 2020.
FFI-no/Paper-NLLS-speedup
Code used in creation of the paper "Meta-heuristics for improved RF emitter localization"
FFI-no/Paper-towards-multi-function-swarm
Code used in the paper "Evolving a Repertoire of Controllers for a Multi-Function Swarm"
FFI-no/idl_parser
OMG IDL parser. This parses OMG IDL file and output intermediate Python object.
FFI-no/Paper-anonymous-tokens
A Rust implementation of anonymous tokens with metadata
FFI-no/Paper-NeSy24
FFI-no/Paper-ptz-subpix-accuracy
FFI-no/Paper-teensy-post-quantum
PQCTeensy demonstrates a proof-of-concept quantum secure key exchange between two Teensy 3.6 development boards. The implemented protocol is self-contained and focuses on using all the relevant signing and key encapsulation algorithms rather than necessarily being secure.