Titlebook: Computer Safety, Reliability, and Security; 33rd International C Andrea Bondavalli,Felicita Di Giandomenico Conference proceedings 2014 Spr

熟練

Kevin McKague,David Wheeler,Aneel Karnaniare very frequently accessed and errors occurred in them will propagate to other components quickly, RFs are among the major reasons for affecting systemic reliability. Current protecting techniques usually provoke significant power penalty and performance degradation. This paper proposes a lightwei

Endemic

Money for Nothing: When It Pays to Be Free,that links short phrases used in the argument to detail available elsewhere. However, definitions of the context element admit multiple interpretations and conflict with guidance for building assured safety arguments. If readers do not share an understanding of the meaning of context that makes cont

Condense

Osteons

The Business of iPhone App Development and time needed to achieve certification. The argument-fragments could cover safety aspects relevant for different contexts in which the component can be used. Creating argument-fragments for the out-of-context components is time-consuming and currently no satisfying approach exists to facilitate t

PRISE

Lignans

Protecting Your Intellectual Property,ally known: at configuration time developers have to reserve enough stack space for each task. Stack overflow errors are often hard to find but can cause the system to crash or behave erroneously. All current safety standards, e.g., ISO-26262, require upper estimations of the storage space; due to i

Endometrium

Increasing Awareness for Your iPhone App,However, nodes in a WSN cooperate and this exposes them to several security threats. Trust-based systems constitute an established solution to ensure security of distributed systems. In this work, a trust-based approach is discussed to make WSNs tolerant against attacks targeting their routing layer

啞劇

Conquest

GRAVE

Protecting Your Intellectual Property,are makes the zero-fault objective hardly attainable, we adopt a fault-tolerance approach. We consider a separate safety channel, called a monitor, that is able to partially observe the system and to trigger safety-ensuring actuations. A systematic process for specifying a safety monitor is presente