28 Questions 139 Answers 0 Followers
Questions related from William R. Buckley
Pseudo-random numbers are not random because they are predictable; given some initial sequence of PRNs, the future sequence can be determined. True random numbers, on the other hand, are not...
06 April 2025 1,337 0 View
In 'Computational Ontogeny' is my quote: "According to von Neumann, the logical requirements for self-replication include a need to replicate an information source (a tape), and a need to...
13 December 2024 8,321 6 View
As I show in the 2008 publication Computational Ontogeny, self-replicators are partitioned into organs that can be separated (or, teased from one-another), in such a way that the constructor...
26 February 2019 5,660 0 View
I am researching random number generation techniques, and would like to find a neural network or other machine learning software, that is able to track the sequences that my software generates, in...
18 February 2019 9,713 2 View
In simple self-replicating machines (exclusive of developmental automata), the structure of the description (machine genome) is very simple. For the von Neumann model, the description is...
11 October 2018 6,603 3 View
I am looking for work that expressly correlates segments of genome with connected amino acid reside in final protein.
11 February 2017 3,661 0 View
With sex chromosomes, there are not two copies in the mammalian male. So, for this special case, how does cross-over work?
10 February 2017 9,125 6 View
I offer the hypothesis that those amino-acid residues that are not part of the active-site, and particularly those found on the outside of the active protein, may perhaps have a role in the...
08 November 2016 5,599 5 View
My work in sequence analysis brings me to the development of novel assembly software, and therefore I have need of a set of reads sufficient to test that software. Reads that are ready for...
08 May 2015 4,983 4 View
As indicated in other postings I've made, the sub-sequence has a length (number of symbols used to represent the indicated values [0..n)) that is equal to the rounded-up value of log10 n. So, for...
07 February 2015 5,562 43 View
I have taken effort to produce such software and am seeking persons who have suitable application for such sequences. Currently, the software will compute shustrings on the integers and the...
18 December 2014 3,257 10 View
I gave Google the search criteria of {regularity crossover site} and obtained less than encouraging results; they suggest that no publication has addressed specifically the question of non-random...
31 August 2014 6,543 5 View
In struggling to clarify a nagging dissatisfaction with Robert Rosen's well developed arguments regarding the limitations of formal models, the question of this discussion came to mind, that Rosen...
20 June 2014 4,167 10 View
The Q&A facility of ResearchGate is a great way for workers to find solutions to vexing problems, make contact with like minded researchers, etc. Yet, it seems a long way from the support that...
14 February 2014 7,807 2 View
This is the equation: f(n) = [ (4 ^ ( 4 ^ n)) * (3 ^ ( 4 ^ n)) * (2 ^ (4 ^ n)) * (1 ^ (4 ^ n)) ] / 4
05 February 2014 6,547 12 View
This is to say, the linear ordering of nucleotide residues in the DNA molecule is equivalent to the orderings of nucleotide residues in the set of shustrings. I am looking for commentary on this...
24 January 2014 6,471 6 View
It is well known, the sequence of cell divisions and deaths that yield C. elegans. There should be a similar study of some small plant, thus my question regarding the knowledge of such studies by...
27 June 2013 8,506 1 View
Does this occur, or does this not occur? If it does indeed occur, with what frequency?
16 May 2013 5,018 0 View
Extending the discussion of shustrings, it occurs to me that indeed this will perhaps be the best measure of sequence redundancy. If it happens that a genome of arbitrary size is of minimal...
16 March 2013 3,880 2 View
Mechanism remains a controversy in biology; indeed, it is ever more pronounced the more we learn of cell and molecular biology. Ribosomes sure look like machines to me. Work with Mycoplasma to...
19 February 2013 9,229 0 View
I think the title completely describes the question.
01 January 1970 7,782 5 View
Clearly, form follows function, for functional elements have definite form but, we may not infer function from form. The question I have is, how is the limitation on the inference of function...
01 January 1970 4,795 4 View
I am deeply interested in the notion of mechanism as a basis of understanding of biological systems, of living systems. My personal goal is the effective construction of a physical...
01 January 1970 9,170 0 View
Random is not maximally disordered; it involves a degree of disorder that is less than the maximum possible disorder that might be obtained for a sequence of measures, symbols, etc. So, if random...
01 January 1970 738 2 View
Of great interest to me is the Hamiltonian path over some set of data. Pseudo-random number generators follow a fixed Hamiltonian path, visiting all elements of a set of results exactly one time...
01 January 1970 3,969 0 View
If I consult a source of True Random Numbers, and obtain a sequence of same, does the value (utility) decay with time? Or, should I put that sequence into storage, has it later the same value as...
01 January 1970 5,756 12 View
In short, I claim that self-replication is accomplished with perfect efficiency only when the replicant performs all the work. By natural extension, this logic applies to reproduction. Perfect...
01 January 1970 8,830 0 View
I claim that all numbers and all sequences of numbers are computable, given enough time. So, what about a random number is not computable? There is a common theme in computer science to say that...
01 January 1970 5,165 0 View
