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    Factors Influencing Employees’ Information Security Awareness in the Telework Environment
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    Abstract:
    Abstract This study aims to identify and examine factors influencing employees’ information security awareness (ISA) in the telework environment. Specifically, the authors identify and examine the influence factors rooted in the knowledge-attitude-behavior (KAB) model (i.e., knowledge, attitude, and behavior) and knowledge inertia theory (i.e., experience and learning inertia). This research is among pioneering studies that identify and examine the factors influencing employees’ ISA in the telework environment. Our study is also one of the first to investigate antecedents to employees’ ISA rooted in the KAB model and knowledge inertia theory in a telework environment. Results show that employees’ ISA in the telework environment is significantly influenced by their knowledge, behavior toward following security guidelines, and learning inertia, whereas attitude and experience inertia have no significant effect on employees’ ISA.
    Abstract When simulating quasi-static inter-compartment flow it is currently accepted practice to include fluid inertia effects in the compartments by extending the flow path beyond its geometrical limits. Such an extension simulates inertia by effectively adding mass to the flow path that the pressure differential between the compartments must overcome. In this paper, the effects of flow inertia are investigated by comparing results for two connected compartments using a quasi-static flow approximation that neglects inertia with results from a method of characteristics program that does include inertia. Comparison of simulations employing these methodologies can be used to assess the influence of inertia during inter-compartment flow.
    Compartment (ship)
    Dynamic response in most electromechanical motion control systems is dominated by the rate terms. The need to simulate load often arises in testing such systems or algorithms. This report addresses the issue of stability in dynamic inertia load simulation using coupled machines. A criterion limiting the simulated inertia is derived. No suitable scheme has however been identified to avoid violation of this stability criterion in trying to simulate arbitrarily large inertia load apart from recourse to DSP.
    Limiting
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    Even though a company is willing to adopt an information system, there is often some organizational inertia associated with the adoption process. In this paper, we explore the types of inertia in IS adoption in the context of a specific business process. Drawing on seven case studies where inertia can be observed, we illustrate the inertia types found in earlier research and find indication for the existence of two new types of inertia: externality inertia and mimetic inertia.
    Externality
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    A theoretical investigation of inertia effects on squeeze films in full and half journal bearings of infinite length are presented. It is found that the time of approach is increased due to inertia forces. Further it is seen that inertia forces make a significant contribution to the time of approach at large value of ⊼.
    Value (mathematics)
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    An elastohydrodynamic lubrication model is presented for the coupled problem of a hydrodynamic lubricating fluid in an elastic structure that includes distributed structural inertia. The problem is formulated and the governing equations solved with the finite element method for an illustrative journal bearing subject to dynamic loading. Inertia effects are demonstrated through comparisons with an existing quasi-static model. While it is true that structural inertia can be neglected without significant loss of accuracy for many journal bearing applications, the new model presented does capture effects of distributed structural inertia where such effects are important and exhibits improvements over existing methods with respect to numerical stability.
    Structural Stability
    Fluid bearing
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    The nationally-recognized Susquehanna Chorale will delight audiences of all ages with a diverse mix of classic and contemporary pieces. The ChoraleAƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚¢AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚€AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚™s performances have been described as AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚¢AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚€AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚œemotionally unfiltered, honest music making, successful in their aim to make the audience feel, to be moved, to be part of the performance - and all this while working at an extremely high musical level.AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚¢AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚€AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚ƒAƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚ƒAƒÂƒA‚‚AƒÂ‚A‚‚AƒÂƒA‚ƒAƒÂ‚A‚‚AƒÂƒA‚‚AƒÂ‚A‚ Experience choral singing that will take you to new heights!
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