Explore projects
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Paul Fiterau Brostean / tcp-learner
Apache License 2.0Python+Java tool for learning TCP implementations
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Deprecated. The first attempt at a cost analysis for iTasks
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Wouter van der Linde / neon_sha256
The UnlicenseThe goal is a fast parallel Assembly implementation of the SHA-256 hashing algorithm, using SIMD operations on the ARM Cortex-A8 processor.
Bachelor thesis by Wouter van der Linde [s4291832], Radboud University, Nijmegen, The Netherlands
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Package fsm implements a simple finite state (Mealy) machine.
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Package partition can be used to construct the coarsest refinement of a partition P of a set N of integers [0, n) with respect to one or more functions of type N->N.
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Several sets of benchmarks for the two partition refinement algorithms found in the gitlab.science.ru.nl/rick/partition repository.
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Authors: Rauf Mahmudlu, Halim Munawar, Moritz Neikes, Niels Samwel
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New implementation of diagonalization code, written for python wrapping.
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We compare the existing RA learners (Tomte and RALib) on a set of benchmarks and analyze the statistics. The project includes the binaries of the tools, as well as scripts that automatically generate models, run and collect data.
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Basic learner setup, using learnlib/automatalib, containing an example SUL and a socket-interface to connect a SUL over TCP.
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Basic learner setup, using learnlib/automatalib, containing an example SUL and a socket-interface to connect a SUL over TCP. https://github.com/Jaxan/basic-learning
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Mealy machines, DFAs, Circuits and minimisation in Haskell: https://github.com/Jaxan/Kiss2FSM
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