1. Data Stream Mathematics: Requirements
Introduction to Book 2: Mathematics of the Moment
Living Systems require New Mathematics of Data Streams
Data Stream Mathematics must address Life’s Immediacy
Data Stream Mathematics must include ongoing Predictive Descriptors
Precision & Relevance Incompatible
Summary, Questions & Links
2. Living Algorithm System
Fuzzy Set Mathematics doesn’t address Life’s Data Streams
The Quest for an 'Animate' System
Living Algorithm fulfills Requirements
Living Algorithm System's Predictive Clouds
Nature of Evidence: Living Algorithm as Life's Information Digestion System?
2a. Living Algorithm's Evolutionary Potentials
Could the Living Algorithm possess Evolutionary Potentials?
Living Algorithm's Predictive Power as applied to the External Environment
Predictive Cloud: Computational Backdrop for Expectation-based Emotions?
Living Algorithm provides Sense of Time that Life requires.
How Living Algorithm mathematics supplies a sense of time.
Living Algorithm's Data Stream Acceleration as a Noise Filter
Living Algorithm System has the streamlined operations that Evolution prefers.
Preliminary Comparisons: the Living Algorithm vs. Probability, Physics & Electronics
Summary
3. Probability vs. the Living Algorithm: the Batting Average
Probability Digests the Baseball Hitter's Data Stream
Living Algorithm digests the Baseball Player's Data Stream of 'at bats'
10-day Average vs. the Predictive Cloud
Living Algorithm & Probability: Complementary Systems of Analysis
4. Mathematics of the Moment (vs. Probability)
Probability’s Data Sets vs. Living Algorithm’s Data Streams
Field of Action determines Nature of Questions and Answers
Probability Permanent Features; Living Algorithm Changing Relationships
Data Set of 1s vs. Data Stream of 1s
5. General Patterns vs. Individual Measures
Transient & Individual Data lacks Certitude that Science requires
Living Algorithm's Patterns scientifically significant, not individual measures
6. Dynamic Causality vs. Static Description
Probability: from Computational Tool to Theoretical Necessity
Probability’s ascendance to Ruler of the Subatomic Realm
Probability's uncertainty at the heart of Subatomic, hence Physical, Universe
Embracing inherent Paradox & Ambiguity
Mechanics & Probability wedded as Modern Physics
Probability paves the way for the Living Algorithm.
Living Algorithm Speciality: Dynamic Relationships between Moments
7. Mathematics of Relationship
The Mathematics of Relationships
8. Precision vs. Fungible Meaning
Fungible: Sacrificing Precision for Meaning
Living Systems require Fungible Interpretative Mechanism
Living Algorithm provides Fungible Interpretative Mechanism
Memory Requirements: Living Algorithm Minimal – Probability Prodigious
Could the Living Algorithm be Life's Operating System?
9: Living Algorithm
Introduction to Algorithms
Humans employ Living Algorithm to make daily predictions
Mean Average has Fatal Flaws
Needed: Simple Algorithm with Complex Requirements
Employing the Living Algorithm with Words, not Numbers
Living Algorithm Memory Requirements: a single emotionally charged Average
Living Algorithm computes Data Stream's Range & Tendency
Living Algorithm encompasses Words & Numbers
10. Mathematics of Informed Choice (vs. Deterministic Physics)
The Potential for Informed Choice: the Final Requirement
The Historical Context of Newtonian Physics
Physics' Continuous Analog vs. Living Algorithm's Discontinuous Digital
Living Algorithm’s Fresh & Free Data vs. Physics’ Hard Data
Living Algorithm transforms Meaningless Instants into Meaningful Moments
Potential for Informed Choice
Closed Systems of Matter vs. Open Systems of Life
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