Fig 1 - uploaded by Damir Kalpic
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The DMZ, hosted by the ISP, has a leased line connection to the SWI Group Network for management and data exchange access; and the Hosted DMZ is connected to the internet. 

The DMZ, hosted by the ISP, has a leased line connection to the SWI Group Network for management and data exchange access; and the Hosted DMZ is connected to the internet. 

Source publication
Conference Paper
Full-text available
The most important factor in maintaining Web Engineering Information Systems (WEIS) lifecycle is the reengineering process that in most cases is due to serious problems and hence high maintenance costs; this process must be closely monitored by audit procedures. Once the WEIS was put into production, the maintenance and reengineering considerations...

Context in source publication

Context 1
... Hosted DMZ is based on the Web Frontal Server (WFS) topology design (as presented in Fig. 1). This WFS topology describes a secure topology for running applications in different security zones. The WFS is SWI's platform to securely and efficiently deploy applications on the Internet. The scope of these applications reaches from purely informational HTML pages to fully inte- grated, transactional business-to-business pro- ...

Citations

... Hence the IS audit activities are becoming a very common intervention to 'save' them from failure (Trad, A., 1995). The ISRQCC audit and control method is intended to be of interest to non-technical auditors, audit managers, audit committee members, senior managers in charge of critical computing systems such as robot systems, executives, board members, and even seasoned IS auditors (Trad, A., Kalpic, D. & Trad, C., 2002). This audit method results in a heuristic model which will help information system auditors to estimate the probability that an IS will succeed or fail (Dayton, D., 1999). ...
Article
Full-text available
This paper proposes the Audit, Control and Monitoring Design Patterns (ACMDP) for building Autonomous and Robust Systems (ARS) such as Mobile Robot Systems (MRS). These patterns are also applicable to other Mission Critical and Complex Systems (MCCS). This paper presents a proposal which will help ARS project managers and engineers design, build and estimate the probability that an ARS will succeed or fail. Furthermore, this proposal offers the possibility to ARS problems with the help of audit, monitoring and controlling components, adjust the project management pathways, and define the problem sources as well as their possible solutions, in order to deliver an ARS or an MRS.