| Document Date: 2014-04-09 12:17:25
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Company Dell / Intel / Siemens / B. Software / / / Event FDA Phase / / Facility Johns Hopkins University / / IndustryTerm cheaper software diversity solutions / software aspects / built-in operating system tools / private network / i.e. solutions / software reliability / database systems / software errors / external network / software components / intrusion tolerant systems / software rejuvenation / network-specific constant accounting / physical server / proactive recovery protocol / software aging / to stateless systems / software architectures / software diversity / proactive recovery algorithm / background protocol / software systems / intrusion tolerant replication systems / / OperatingSystem CentOS / / Organization Yair Amir Department of Computer Science / Johns Hopkins University / / Person Ricky Sharma / Thomas Tantillo / Daniel Obenshain / / Position TPM manager / system administrator / correct and fast leader / scheduler / proactive recovery scheduler / manager in Dom0 / / Product SQL injection / Trusted Platform Module / BFT / / ProgrammingLanguage L / / ProvinceOrState Manitoba / / Technology virtual machine / proactive recovery algorithm / proactive recovery protocol / public key / Prime BFT protocol / Prime protocol / BFT protocol / BFT protocols / 3.50 GHz processor / private key / Dom / previous BFT protocols / operating system / background protocol / typical BFT protocols / Gigabit Ethernet / not allow destroying a virtual machine / / URL http /
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Towards a Practical Survivable Intrusion Tolerant Replication System Marco Platania, Daniel Obenshain, Thomas Tantillo, Ricky Sharma, Yair Amir Department of Computer Science at Johns Hopkins University {platania, dano,