Modeling and Analyzing Disaster Recovery Plans as Business Processes 1st edition by Andrzej Zalewski, Piotr Sztandera, Marcin Ludzia, Marek Zalewski ISBN 3540876977 9783540876977

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Product details:

ISBN 10:       3540876977
ISBN 13: 978-3540876977
Author:        Andrzej Zalewski, Piotr Sztandera, Marcin Ludzia, Marek Zalewski 

The importance of business continuity and disaster recovery (BC/DR) plans has grown considerably in the recent years, becoming a well-established practice to achieve organization’s resiliency. There are several applicable standards, like BS 25999-1:2006, sets of guidelines and best practices in this field. BC/DR plans are typically text documents and exercising is still the main measure used to verify them. On the contrary, to the common practice we suggest to model BC/DR plans as business processes using ARIS methodology and models, which have proven successful in the Enterprise Resource Planning systems projects. This provides uniform representation of BC/DR plans that can be applied across the whole distributed organization, strengthens the efficiency of traditional manual analysis techniques like walk-throughs, helps to achieve completeness, consistency and makes possible computer simulation of BC/DR processes. Timing and dynamic behavior, resource utilization and completeness properties have been also defined. It is possible to analyze them with computer support based on proposed ARIS model of BC/DR plan.

Modeling and Analyzing Disaster Recovery Plans as Business Processes 1st Table of contents:

Introduction

• Overview of Safety-Critical Automotive Systems
• The Role of Modelling in Safety-Critical System Design
• Objectives and Structure of the Book

Fundamentals of Automotive Embedded Systems

• Introduction to Automotive Embedded Systems
• Key Components of Safety-Critical Automotive Systems
• Challenges in Designing Safety-Critical Systems

Model-Based Design for Safety-Critical Systems

• Overview of Model-Based Design (MBD)
• Benefits of MBD in Automotive System Design
• MBD Methodologies and Tools

Safety Standards and Guidelines for Automotive Systems

• Overview of Safety Standards (e.g., ISO 26262)
• Functional Safety in Automotive Systems
• Applying Safety Standards in the Design Process

Modelling Techniques for Safety Analysis

• Hazard Analysis and Risk Assessment Models
• Fault Tree Analysis (FTA) and Failure Mode Effects Analysis (FMEA)
• Reliability and Safety Modelling Approaches

Verification and Validation of Automotive Systems

• Model Checking and Formal Verification Techniques
• Simulation and Testing Approaches
• Validating Safety Requirements in Embedded Systems

Design of Safety-Critical Automotive Embedded Systems

• System Design Process for Safety-Critical Automotive Systems
• Case Studies in Automotive Embedded Systems Design
• Integration of Safety and Functional Requirements

Tools and Techniques for Modelling Automotive Embedded Systems

• Tools for Safety Analysis and System Modelling
• Simulation and Prototyping Tools
• Integration of Modelling Tools into the Development Lifecycle

Advanced Topics in Safety-Critical Automotive Systems

• Cybersecurity in Automotive Systems
• Autonomous Driving and its Safety Implications
• Real-Time and Distributed Systems in Automotive Design

Applications of Model-Based Design in Automotive Systems

• Modelling Safety-Critical Applications in Automotive Domains
• Applications of Modelling in Autonomous Vehicles
• Ensuring Safety in Electrified and Connected Vehicles

Challenges and Future Directions

• Current Challenges in Safety-Critical Automotive System Design
• Future Trends in Model-Based Design for Automotive Systems
• Emerging Technologies and their Impact on Automotive Safety

Conclusion

• Summary of Key Insights
• Impact of Model-Based Design on Automotive Safety
• Final Thoughts on Future Research and Development

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