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This book introduces Autonomic Computing. This concept is a cornerstone of IBM's strategic initiative, and it offers great promise because autonomic computing systems have the ability to manage themselves and dynamically adapt to change in accordance with evolving or dynamic business policies and objectives. The term "autonomic" comes from the autonomic nervous system, which controls many organs and muscles in the human body. These systems can perform management activities based on situations they observe or sense in the IT environment. Rather than IT professionals initiating management activities, the system observes something about itself and acts accordingly. This allows the IT professional to focus on high-value tasks while the technology manages the more mundane operations. This book explains how this can be made to happen and the changes that need to be made to make it happen.
Grid Computing: Is It Right for Your Company?
How Policy-Based Computing Can Automate Tasks and Reduce Costs
Introduction to Utility Computing: How It Can Improve TCO
Managing Complexity in IT, Part 2: The Costs
Managing Complexity in IT, Part 3: The Approach
Methodologies in IT: Comprehension, Selection, and Implementation
Nanocomputing: When Will It Happen?
Open Standards: Principles and Organizations
Quantum Computing: The Hype and Reality
Utility Computing: Short-Term Benefits and Implementation Guidelines
Why Open Standards Lead to Innovation
Autonomic Computing: Products and Applications
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I. AUTONOMIC BEGINNINGS.1. Autonomic Attributes and The Grand Challenge.
Introduction. Definitions. A Quick Guide to the Human Autonomic Nervous System. E-Business on Demand. Autonomic Computing Elements. Self-Configuring. Self-Optimizing. Self-Healing. Self-Protecting. Open Standards. Autonomic Computing-Why Now? Is Autonomic Computing New? What Happens if It Does Not Change? Creating the Autonomic Culture. Why Is a Culture Important? Is Autonomic Computing Working Today? Same Soup-Different Flavor. Summary and Conclusions. Notes.2. Complexity-In All Its Forms.
Introduction. Some Examples of Our Complex Society. Cartoons Are Simple. Software Complexity and Disasters. What Is Complexity? A Complexity Case Study-IBM. IBM Transformation-A Summary of Results. Complexity in It. Simplifying the It Infrastructure. Autonomic Computing: One Answer to Complexity. Complexity-The Enemy of CIOS. It Complexity Transformation. The Cost of It Complexity. Corporate Complexity Assessment. Goals. Infrastructure Assessments. Summary and Conclusions. Recommended Reading. Notes.3. Autonomic Products and Applications.
Introduction. IBM'S DB2 Database Management System. DB2 Today. Future Autonomic Functionality in DB2 Releases. Autevo from Intamission. Autonomic Space Systems. Summary and Conclusions.
II. INDUSTRY DEMAND.4. The It Industry-An Engine Of Growth and Opportunity.
Introduction. A Snapshot Introduction. It Industry Segment Fundamentals. The Software Generations. The Fifth Generation-Almost. The Internet-From Whence It Came. Slower Economy-Smaller It Budgets. Software Predictions. Predictions for 2004 and Beyond. IBM and on Demand. Summary and Conclusions. Notes.5. Fast and Faster.
Introduction. Life at Internet Speed. No Patience? Moore's Law. Speed In Business. Summary and Conclusions. Notes.6. Human Capital.
Introduction. U.S. Population Growth and Employment Trends. Occupation Growth. The Dynamics of the It Labor Market. Origins of It Staff Shortages. High-Tech Visas and Legislation. Costs Of the It Recruitment Crisis. Current It Unemployment. It Skills Development. Keys To a Successful Skills Management Endeavor. Skills Management for Autonomic Computing. Summary and Conclusions. Notes.7. The New Agenda-E-Business on Demand.
Introduction. E-Business on Demand Challenges. E-Business on Demand Operating Environment. The Emergence of the E-Business on Demand Enterprise. A Brief History of E-Business on Demand. E-Business on Demand, A Case Study-Teinos. The New Reality: E-Business on Demand Is Here To Stay. What the New Agenda Requires. Summary and Conclusions.
III. AUTONOMIC COMPUTING-MORE DETAIL.8. AC Architectures.
Introduction. Control Loops. Autonomic Component Description. Autonomic Manager Collaboration. Autonomic Manager Development. Architectures-As Is And To Be. Summary and Conclusions.9. Autonomic Computing and Open Standards.
Introduction. A Brief History of Open Standards. A Case for Open Standards-Department of Homeland Security. Types Of Standards-Proprietary versus Open. Web Services Interoperability Standards Organization. Important Standards for Autonomic Computing. New Standards for Autonomic Computing. Open Standards and the IBM Portfolio. The E-Business on Demand Service Provider Business. NGOSS as a Framework. Summary and Conclusions. Notes.10. Autonomic Implementation Considerations.
Introduction: Take Action-Be Prepared. It Staff Obstacles to Acceptance. Who Is Using Autonomic Computing Today? Evolution, Not Revolution. Autonomic Assessment. Autonomic and Metrics. Development Software. Summary and Conclusions. Note.11. Grid Computing-An Enabling Technology.
What Is a Grid? Grid Is in Use Today. Benefits Of Grid Computing. Underutilized Resources Can Be Exploited. What Applications Run on a Grid? Grid Types. Software and Licenses. Grid and Open Standards. Grid and Autonomic Computing. Recommended Reading.12. Autonomic Development Tools.
Introduction. The IBM Emerging Technologies Toolkit. Autonomic Computing and Open Source. The IBM Commitment to Open Source. Autonomic Computing With Open Source. Problem Determination-A Log and Trace Analyzer for Autonomic Computing. Heterogeneous Workload Management: Business Workload Manager Prototype. The Solution Enabler. Software Agents. Autonomic Agent Technology. Summary and Conclusions. Note.13. Independent Software Vendors.
Challenging Times For Software Vendors. The New ISV Agenda. ISVS Drive the Autonomic Marketplace. Early Adopters and IBM. A Sample List of ISVS. Tools and Templates. Autonomic Computing Business Partner Initiative. Autonomic Alliance with Cisco. The Acquisition of Think Dynamics. Summary and Conclusions. Notes.14. Other Vendors.
Introduction. Sun-N. Microsoft-Dynamic Systems Initiative. Microsoft, HP, and the Dynamic Data Center. Trustworthy Computing. HP-The Adaptive Enterprise. Intel-Proactive Computing. Autonomic Alliance with Cisco. Other Management Software. Summary and Conclusions. Note.15. The Tivoli Management Suite-Autonomic Features.
Introduction. Self-Configuring. Self-Healing. Self-Optimizing. Self-Protecting. Tivoli Case Studies and Success Stories. HSBC Trinkaus & Burkhardt Kgaa. Santix AG. Summary and Conclusions. Notes.
IV. AC MARKETS AND THE FUTURE.16. Small Business and Personal Computing.
Introduction. The Role of Small Businesses in the Economy. The Growth of Small Business Technology. IBM and Small Business. SMBS and Autonomic Computing. Autonomic Personal Computing. Autonomic Computing Beyond The It Industry. Summary and Conclusions. Notes.17. Autonomic Research Challenges.
Introduction. Research Challenges. The Life Cycle of an Autonomic Element. Relationships among Autonomic Elements. Scientific Challenges. Research Projects in Autonomic Computing. University Research Projects in Autonomic Computing. Summary and Conclusions. Notes.18. Final Thoughts.
Introduction. It's All About Speed. The State of Autonomic Computing Today. Then and Now. Future Recommendations. Conclusions.Glossary of Autonomic Terms.