FOSSMeet is the annual Free and Open source software meet at NIT Calicut. We are inviting proposals for talks and workshops at FOSSMeet 2016.
Through FOSSMeet, we intend to get the attendees, mostly students, get started with the development and usage of free software. You may propose to conduct a lecture, demo, tutorial, workshop, discussion or panel at FOSSMeet. If the contents of your session is the ‘I am feeling lucky’ result of some Google search, there is low probability that it’ll be accepted. Same applies to proposals titled ‘The absolute beginner introduction to X’ and others on a similar line. On the other hand, if your talk is on some obscure, albeit important, free software project that will go over most students head, this might not be the best platform to deliver that talk. There are always exceptions and we leave that to your judgement. If our audience wants it, we’ll try our best to accommodate it. Of course, if you find people interested in your proposal, you can always call a BoF. We are all for BoF’s! :)
Take the above with a pinch of salt. They are no s̶t̶r̶i̶c̶t̶ ̶r̶u̶l̶e̶s̶, only guidelines. All your proposals are welcome and we celebrate every single one that we receive! :D Looking forward to see you folks here.
Your audience (mostly) comprises of smart, above average, GNU/Linux aware students.
Call for proposals opens: Nov 19, 2015
Proposal submission deadline: D̶e̶c̶ ̶3̶0̶,̶ ̶2̶0̶1̶5̶ Jan 23, 2016
Proposal acceptance: J̶a̶n̶ ̶0̶7̶,̶ ̶2̶0̶1̶6̶ Jan 26, 2016
Presentation upload: J̶a̶n̶ ̶1̶4̶,̶ ̶2̶0̶1̶6̶ Feb 2, 2016
For more information about speaking and proposals, contact speakers@fossmeet.in.
Manu Jose
@mannujose Proposing
Submitted Jan 13, 2016
Private execution is similar to the private browsing mode in web browsers.
Private execution will leave no trace of the informations we used during the private execution.It enhance the privacy of user.
Privacy has become an issue of paramount importance for many users. As a result, encryption tools such as TrueCrypt, OS-based full-disk encryption such as FileVault,and privacy modes in all modern browsers have become
popular. However, although such tools are useful, they are not perfect. For example, prior work has shown that browsers still leave many traces of user information on disk even if they are started in private browsing mode. In addition, disk encryption alone is not sufficient, as key disclosure through coercion remains possible. Clearly, it would be useful and highly desirable to have OS-level support that provides strong privacy guarantees for any application – not only browsers.
P RIVEXEC provides strong, general guarantees of private execution, allowing any application to execute in a mode
where storage writes, either to the filesystem or to swap, will not be recoverable by others during or after execution. P RIV E XEC does not require explicit application support, recompilation, or any other preconditions. We have implemented a prototype of P RIV E XEC by extending the Linux kernel that is performant, practical, and that secures sensitive data against disclosure.
nothing
Student in government engineering college thrissur
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