Remote/Aerial Surveillance Human Identification

Human beings each have a different and unique electromagnetic glow, generated by their nervous system.

Semiconductor sensors will detect that electromagnetic, Matinga noise floor and it is more perceivable if amplified and database filtered by a computer database. The algorithm for Matinga noise floor can be reviewed in the article, Matinga Quantum Noise Floor Quantified. The immediate sensory device is a point radar antenna (see the Point Radar article in this blog). The following device is a semiconductor filter in the form of a computer.

(1) While there are 2^32 -1 variables for noise floor in database, it useful for some forms of artificial identification to skip intervals of variables for efficiency. For human identification - especially for law enforcement who must act with certainty, the complete set of variables should all be used, to diminish doubt.

(2) In a crowd or a population, everybody is idenfiable using noise floor in multiple dimensions. In database that can be represented by comma product known as comma separated variables tabulation. See the article in this blog.

Database Matrix Principles

(3) Each time that the array is represented in comma separated form the number of identities are of the of (2 ^ 32 - 1) ^ n where n is the natural number instance of each presentation of the array.

(4) For an extension of noise floor, comma separated variables or compound keys or compound variables must be used to extend the range.

(5) Comma separated variables behave like dot product dimensions, which can be different data types.

(6) The compound record solution is how Microsoft can extend it number count range beyond BLOB. Blob compound tabulates the array only once, as a simple 1 record to many record matrix.

(7) A record should be understood as a column or a row. In extended database theory, a record must be considered a matrix of any dimension.

(8) All comma separated variable records are coordinates. The simplest of those records is an array of singular variables. From there, the more complex records will populate arrays of variables, uniformly separated by commas equal

in number to the number of records.

(9) Each expression in the equation is a matrix. Every equation is a matrix operation.

(10) When scanning for any existing Matinga noise floor array amplitudes, the logic to continue scanning must be 1 for “scan” and 0 for “do not scan”. The logic is achieved by the algorithm below.

A = ( ( ( A [ i ] ) ^ (1/2) ) ^ 2 - A [ i ] )/A [ i ]

The algorithm will produce logic one unless the amplitude is already present in the database.

(11) Database is dimensional technology, and dot product is equivalent to comma product in database.

© Xerqon ABN 97661410108 2026