We have seen that additive noise technique is not (SV (γ), ε)-DP. So, the question that we explore in todays class is whether differential privacy (DP) is achievable with SV sources. Interestingly, we give a differential private mechanism for approximate arbitrary “low sensitive” functions that works even with randomness coming from SV source, for any γ < 1. We conclude todays lecture with some...

Todays manufacturing industry faces big challenges. The market demands a very flexible production process which adjusts quickly to e.g. changing characteristics of the produced goods or different lot sizes and which tries to minimize production costs as much possible. In order to meet these challenges todays production control systems become more and more decentralized [GBFG96]. The building bl...

Todays FPGA technology allows reconngurable hardware to be integrated into standard PC hardware. A hardware like this allows for on-they reconngurable hardware. It is possible to remove and insert complete subsystems just by reinitializing the conngurable components. These systems make new demands on software that often can't be fulllled by the classical device driver concept used in todays ope...

Todays FPGA technology allows reconngurable hardware to be integrated into standard PC hardware. With this kind of hardware it is possible to change hardware functionality on-they and to remove and insert complete subsystems just by rebooting the conngurable parts. Hardware like this has new demands on software that often can't be fulllled by the classical device driver concept used in todays o...

Large, heterogeneous computer and telecommunication networks with ever changing topology and size are typical environments todays network management (NM) systems struggle to control. Unexpected events occur frequently in these complex networks, and many of the events result in failure situations where the NM system is required to intervene and restabilize the network. By distributing the NM sys...