Titlebook: Ways Out Of Social Isolation For Older People In The Context Of New Media; CONNECT-ED – A Proje Britta Thege,Juliane Köchling-Farahwaran,St

Nutrient

解决

UTTER

Research Concerns/Methodology, equal status of quantitative and qualitative methodological approaches, in which the different methods—standardised written surveys, overt participant observations, group discussions and network cards according to Pantuček—are used separately and finally related to each other in the interpretation of their results.

Magisterial

Transfer into Practice and Outlook,citizens. Half a year after the end of the project, five project partners were interviewed about their experiences with CONNECT-ED, also with regard to the restrictions caused by the Corona pandemic. They provided information on which adaptations or further developments seem relevant to them for the transfer. The chapter concludes with an outlook.

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climax

n is sensitive as it manipulates a part of the secret key. When computing a CRT-RSA signature or a decryption the input message is first reduced modulo the two secret prime values . and .. These two reductions are executed preliminarily before the exponentiations with . and .. Amongst the range of p

Conflagration

Britta Thege,Juliane Köchling-Farahwaran,Sonja Börm,Stephan Dettmersudy was initiated by [Boneh et al. – TCC’11, O’Neill – ePrint’10] where it was first shown that for FE the indistinguishability-based (IND) security notion is not sufficient in the sense that there are FE schemes that are provably IND-Secure but concretely insecure. For this reason, researchers inve

委屈

Britta Thege,Juliane Köchling-Farahwaran,Sonja Börm,Stephan Dettmers in round-reduced variants of the Tiger hash function. Collision attacks have been presented for Tiger reduced to 16 and 19 (out of 24) rounds at FSE 2006 and Indocrypt 2006. Furthermore, Mendel and Rijmen presented a 1-bit pseudo-near-collision for the full Tiger hash function at ASIACRYPT 2007. Th

novelty

Britta Thege,Juliane Köchling-Farahwaran,Sonja Börm,Stephan Dettmersaphic algorithms have been reported to achieve remarkable performance speedups, especially block ciphers. For stream ciphers, however, the lack of reported GPU acceleration endeavors is due to their inherent iterative structures that prohibit parallelization. In this paper, we propose an efficient i

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