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Packet Category Comparison Matrix

Engineering Reference for Packet Categories


Overview

REVA v4.0 organizes packet families into mathematical categories.

Each category produces characteristic waveform geometries.

This page provides a quick comparison between available categories.


Comparison Matrix

Category Symmetry Density Growth Model Predictability Typical Geometry
Harmonic High High Linear High Periodic
Subharmonic High Medium Linear High Expanded Periodic
Octave High Medium Binary High Hierarchical
Odd / Even Medium Medium Integer High Structured
Fibonacci Low Medium Recursive Medium Expanding
Lucas Low Medium Recursive Medium Expanding
Golden Ratio Medium Medium Geometric Medium Self-Similar
Prime Low Low Non-Linear Low Irregular

Harmonic

Based on integer-ratio relationships.

Examples:

1
2
3
4
6
8
12
16

Characteristics:

  • highly structured,
  • highly repeatable,
  • strong symmetry.

Subharmonic

Based on fractional relationships relative to a fundamental structure.

Characteristics:

  • expanded timing,
  • lower density,
  • periodic behavior.

Octave

Based on powers of two.

Examples:

1
2
4
8
16
32

Characteristics:

  • binary scaling,
  • hierarchical organization,
  • strong self-similarity.

Odd / Even

Based on selective use of odd or even integer relationships.

Examples:

Odd

1
3
5
7
9
Even

2
4
6
8
10

Characteristics:

  • structured asymmetry,
  • controlled spacing,
  • predictable geometry.

Fibonacci

Based on recursive growth.

Examples:

1
1
2
3
5
8
13
21

Characteristics:

  • progressive expansion,
  • low symmetry,
  • natural growth behavior.

Lucas

Closely related to Fibonacci structures.

Examples:

2
1
3
4
7
11
18
29

Characteristics:

  • recursive expansion,
  • Fibonacci-like behavior,
  • alternative scaling relationships.

Golden Ratio

Based on:

$$ \phi = 1.6180339887... $$

Characteristics:

  • proportional growth,
  • self-similarity,
  • geometric scaling.

Prime

Based on prime number relationships.

Examples:

2
3
5
7
11
13
17
19

Characteristics:

  • irregular spacing,
  • reduced symmetry,
  • non-periodic geometry.

Selection Guidelines

Goal Recommended Category
Maximum Symmetry Harmonic
Binary Structures Octave
Recursive Growth Fibonacci
Fibonacci Alternative Lucas
Geometric Scaling Golden Ratio
Irregular Timing Prime
Expanded Harmonics Subharmonic
Integer Separation Odd / Even

Engineering Perspective

Packet categories define waveform geometry.

They do not define:

  • carrier frequency,
  • pulse width,
  • output voltage,
  • output power.

Those characteristics are determined elsewhere within the REVA architecture.


See Also