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The What, Why, and How of Industrial Strength Computer Science

Subject: Introducing My Books a Trilogy on the What, Why, and How of Industrial Strength Computer Science Dear Reader, Discussions about World War III must include the implications of modern warfare, not just weapons of the Mechanical Age but also software weapons and digital hardware that enable malware, ransomware and cyber weapons as well as the role of non-state actors and crime gangs. The complexity of these new forms of conflict complicates traditional military strategies and raises questions about how nations respond to a the next global war Looking to the future, the certainty of World War III already exists in cyberspace. It is a pressing concern for policymakers and citizens alike. Understanding the underlying causes of current conflicts and fostering diplomatic solutions is crucial in preventing a catastrophic escalation but it is only a partial solution. Industrial Strength Computers using fail-safe digital technology is vital. Digital technology that defends the at...

Introduction to Computer Security

Introduction to Computer Security Here's a brief explanation of the two tables below: Table 1 This is an overall summary of the impact of platform insecurity as assn by individuals. Cause Self Others Technology Trivial Correctable Persistent Unresolved Harmful Expensive Corrupt Widespread Catastrophic Helpless Slow Global Column 1 considers three levels of problems from trivial, harmful and catastrophic, with respect to three sources of errors and conflict, self induced, outsiders including malware, and technology issues that can be unresolved, widespread outages and global. Table 2 This table provides a comprehensive overview of the various aspects of unreliability in computer science and cyberspace, along with their potential impacts and ways to address them. It can serve as a quick reference guide for understanding and addressing these critical issues in the field. Subject Unreliability Consequences Mitigation Software Products: ...

Bugs and Glitches

Bugs vs. Glitches in Code Aspect Bugs Glitches Definition A bug is an error, flaw, or fault in a computer program that causes it to produce an incorrect or unexpected result, or to behave in unintended ways. A glitch is a short-lived fault in a system, often temporary and often fixable by restarting the system or the specific process. Duration Persistent until fixed Often temporary or intermittent Reproducibility Usually reproducible under specific conditions May be difficult to reproduce consistently Cause Typically caused by errors in the source code Can be caused by various factors, including hardware issues, timing problems, or edge cases in code Impact Can range from minor to critical, affecting functionality Often minor, causing temporary disruptions or visual anomalies Fixing process Requires identifying the problematic code and correcting it May resolve on its own or require a system restart; if persistent, may need code changes Examples - Incorrect calculation results<br...

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