Difference between revisions of "Software"
(→SOP: self-managed multi-cloud environment including users' machines) |
(→Secure, differentially private coreness computation in dynamic environments) |
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=Secure, differentially private coreness computation in dynamic environments= | =Secure, differentially private coreness computation in dynamic environments= | ||
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+ | This piece of software implements a robust and differentially private algorithm for k-core decomposition and maintenance in large graphs. | ||
+ | Accurate description and software and benchmark sources will be available after publication. | ||
=SOP: self-manager for multi-cloud environment including users' machines= | =SOP: self-manager for multi-cloud environment including users' machines= | ||
The software can be found on the project's [http://projects.laas.fr/SOP website]. | The software can be found on the project's [http://projects.laas.fr/SOP website]. |
Revision as of 18:23, 3 April 2018
This page is under construction. It should be up before the 6th April.
RDF updates and side-effects management (poorly documented PoC)
This piece of software manages an RDF graph and an RDF/S schema it conforms to. Its interest is twofold:
- It manages side-effects of RDF updates on both the schema and the instance to preserve the integrity constraints described in Formal foundations for RDF/S KB evolution.
- It is based on graph transformations and grammars and relies on AGG.
It is available here (executable Jar with TUI). Its sources are available here. It is, however, poorly documented and commented.
Secure, differentially private coreness computation in dynamic environments
This piece of software implements a robust and differentially private algorithm for k-core decomposition and maintenance in large graphs. Accurate description and software and benchmark sources will be available after publication.
SOP: self-manager for multi-cloud environment including users' machines
The software can be found on the project's website.