Survivality Modeling for Quantitative Security Assessment in Ubiquitous Computing Systems

اسناد مشابه

• Towards Adaptive Security for Ubiquitous Computing Systems: MOSQUITO and Serenity

  سند علمی۲۰۱۵Volkmar Lotz, Luca Compagna, Konrad Wrona

  The flexibility and dynamism of ubiquitous computing systems have a strong impact on the way their security can be achieved, reaching beyond traditional security paradigms like perimeter security and communication channel protection. Constant change of both the system and its env

• Situation-Aware Community Computing Model for Developing Dynamic Ubiquitous Computing Systems

  سند علمی۲۰۱۰J. UCSYouna Jung, Minsoo Kim

  For many complex and dynamic ubiquitous services, context-aware cooperation can be a solution. However, the way is not yet clear to make individual objects cooperate with each other as situations change. In addition, in the present environment in which many smart agents are alrea

• Study of Neural Network Models for Security Assessment in Power Systems

  سند علمی۲۰۰۹S. KALYANI

  This paper presents the application of different Neural Network (NN) models for classifying the power system states as secure/insecure. Traditional method of security evaluation involves performing load flow and transient stability analysis for each contingency, making it infeasi

• Modelling of security in ship computer systems

  مقاله‌ی دسترسی آزاد۲۰۱۹Operation of Maritime TransportAFrolov, EFrolova, AAntonov, ANovak

• Smart Firewall Integrated Intelligent Transportation System for Security in Ubiquitous Computing

  سند علمی۲۰۱۵Nitin Jain, S. N. Panda

  -In the current era, the size as well as the dimensions of traffic is increasing to a huge extend now days. The traffic system throughout the world is making use of technology for tracking, monitoring, congestion control and many other applications. The issue of congestion is ver

• A generic service architecture for secure ubiquitous computing systems

  سند علمی۲۰۱۷Shudong Chen, Johan Lukkien, Richard Verhoeven

  The development of ubiquitous computing systems benefits tremendously from the service-oriented computing concept in seamless interoperation of heterogeneous devices. However, architectures, services interfaces and network implementation of the existing service-oriented systems d