Correlation of corresponding connected research for collaboration
by GARY SKEETE
The application to look at mathematics for the science that it holds to be applied to logical systems calculation in medicine in vitro in vivo in characteristics of holographic details of applied nanotechnology cellular structures geometric design I'm characteristics of dotmatrix graphs in the plotting of statistics for the application of the mathematics to become functional for example a sphere traveling along a line of characteristics to linear mathematics the application of that sphere representing nanotechnology nano medicine nano dots The application of the geometric design representing building structures in society building blocks of protein affiliated with DNA affiliated with certain genetic structures cellular molecular DNA the application of Einsteins theory of relativity application of the unified theory the application of the mathematics being sound enough as a science to be applied to logical systems of calculation of inference to a global system of understanding the rel
ationship between matter and the relationship between elements the relationship between atoms nucleus the electrons and protons The dotmatrix diagrams which represent those and the relationship between elements which can be represented by dotmatrix unlines the representation of the characteristics of calculation in statistics dotmatrix diagrams on a graph representing cross-referencing between genetics
The usage of the mathematics to downstage stages of cancer from stage four or stage D to stage zero the application of mathematics being used in a calculated format of columns of two digit numbers to count down from 99 to double zero at different locale speeding up and slowing down adding in subtracting to calculate measures of appropriate means of mathematics as applied to cancer biology in the body and the location of mathematical means to downstage cancer to stage zero with the application of virtual reality holograms laser technology ultrasound and scanning with the application of overall characteristics of a virtual iPhone implementation to combat cancer throughout the body as general implication to help mathematics could be utilized as a science and applied internally and logically to systems of mathematical control and consistency
The virtual product of mathematical configuration applied as science due to the application of looking at cancer to degrade from stage four or stage the cancer to stage zero of looking at encasing be cellular structure of a virus that is metastasizing the cellular stage of tumor cells that are metastasizing of looking at the adaptation of fluid control control of bodily systems through the bloodstream through seepage a look at the allocation of adaptation to different techniques of signaling a communication within the body looking at the cell membrane it's permeable membrane of the signaling and communication that goes on with to proteins to salts to sugars to glucose transport systems to the mitochondria of their affect on the system of cell integration a look at B cells T cells give a characteristics of transfer RNA of messenger RNA of micro RNA of the adaptation to T-helper cells B helper cells and the CD4 compilation the aspect of GP 120 the aspect of looking at the RAS Superfam
ily
The aspect of looking at the correlation between BRCA one BRCA2 be out of Tatian of looking at the correlation between coordination and collaboration of the correlation between the breast cancer genetics and proteins for the proliferation of anti-bodies for the management of antigens for the correlation to breastmilk analysis and function for the creative ability to correlate to overall systems of management and proliferation and survival when it comes to longevity in healthy patients when it comes to nutrition when it comes to integration with body systems of an infant and Maternal ties
Brain functioning and commands that are external to body systems to senses to extremities of arms and legs to movement to reflexes to interaction to speech hearing and sight to touch smell of think notification of looking at computer isolation of a hologram that is distinct in for back and forth should be communication with the hologram of the type that encourages communication that encourages memory by searching for answers to questions that infer A.I.computer brain interaction brain cell interaction of memory of communication of intelligence enough to transmit information to input that information in computer technology by providing to the computer and answer in whatever format they make a neural spike it binary code a written format
On the same topic a method of interaction of body systems for physical movement be adaptation of looking at systems of integration for the physical manifestations of movement add duration of strakes the adaptation of looking at the systems of biology of regenerative biology of the systems of mitochondria in muscles of the systems of interaction action and reaction response and reflex in the coordination of movement the tabulation of ambulation of walking running sitting the duration of timing of effort of force of acceleration of consistency of pressure of stresses of the adaptation of looking at the whole picture concentration effort at consistency a look at the dynamics of The spine and the functioning of the brain to body connection for the human brain interface of the physical characteristics of actions and reactions
Function and relative information to mathematics and technologies to adhere to functions of control systems over geometrical shape that in turn function in linear algebra to function in formats of columns equations and formats for graphing for statistical analysis plotting and for correlation to 3-D Cartesian mapping of internal systems used it nanotechnology cellular technology blood analysis as well as level medicines gas cannons and droplets from pipettes as well as H2O elements of the periodic table electrons protons and neutrons of the atomic scale supramolecular molecular DNA and cellular components
The adaptation of utilizing fractal geometry to in turn process a series of movements or a series of designations for holographic partitioning the adaptation of multiple uses for one hologram multiple facets to that hologram the designation of the mathematical calculation which would divide up the sections of the hologram although intrinsically equal in format to be designed to facilitate different specifics through mathematics different parts of the spectrum of medicine
So you take a disease such as cancer of you figure out is biology there duplicate the disease in the lab making it non-volatile non viral have a lead to disease that is hypoallergenic with you infuse with medications with stem cells with protocol for medicines to counteract disease states different stages then you replace instead of the treatment regime you replace the disease state with the lab built model with medication with application with techniques of healing built-in to is nanotechnology hub and you use that operon infused information to Counteract The disease state which should spread just as Radley and counteract me original virus by duplicating the virus stages the body is ready to except to the immune system the newly attributed antiviral virus with the counteractive measures superimposing upon the original illness a state of Medicated healing
8 years, 3 months
[Bug 1297453] New: Checksum verification procedure for Mac is wrong
by Red Hat Bugzilla
https://bugzilla.redhat.com/show_bug.cgi?id=1297453
Bug ID: 1297453
Summary: Checksum verification procedure for Mac is wrong
Product: Fedora Documentation
Version: devel
Component: install-guide
Assignee: bexelbie(a)redhat.com
Reporter: pbokoc(a)redhat.com
QA Contact: docs-qa(a)lists.fedoraproject.org
CC: pbokoc(a)redhat.com, zach(a)oglesby.co
Someone reported that the checksum verification procedure for Mac doesn't work
the way it's described in the Installation Guide. Here's what they said:
I made a live-cd on OS X.
For the checksum verify, from:
https://docs.fedoraproject.org/en-US/Fedora/23/html/Installation_Guide/se...
:
quote
For OSX:
$ shasum -a 256 -c *CHECKSUM
/quote
That gives on my OS X 10.11.1:
$ shasum -a 256 -c *-CHECKSUM
shasum: Fedora-Workstation-23-x86_64-CHECKSUM: no properly formatted SHA1
checksum lines found
Quick Google:
https://ask.fedoraproject.org/en/question/74873/cant-verify-the-image-che...
quote
The problem is that the format of the *-CHECKSUM file is not recognized by
shasum. I solved this using the following one-liner:
$ grep '^SHA256' *-CHECKSUM | awk -F '[()=]' '{ print $4 " " $2 }' | shasum -a
256 -c
/quote
All credit goes to user Fredy for the fix. I confirm it works.
$ grep '^SHA256' *-CHECKSUM | awk -F '[()=]' '{ print $4 " " $2 }' | shasum -a
256 -c
shasum: Fedora-Workstation-netinst-x86_64-23.iso:
Fedora-Workstation-netinst-x86_64-23.iso: FAILED open or read
Fedora-Live-Workstation-x86_64-23-10.iso: OK
shasum: WARNING: 1 listed file could not be read
(I just had the live CD downloaded)
That's it!
Otherwise instructions are very clear on the process, I used the command line
to build my USB boot stick. That step does not prevent you from installing, but
having a verified checksum is always better.
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8 years, 3 months
Resuscitation fetal reanimation and rejuvination
by GARY SKEETE
Twitter ·
Animation to Reality continued
Animation to Reality continued
For example 3-D replication and reanimation of a plane with cargo with fuselage with engines with cockpit the animated reference to the representation of the claim being in virtual reality be anima...
ASHMEDMATH.WORDPRESS.COM/2016/01/11/ANI…
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Comments
Gary Skeete
Gary Skeete eventual 4D REINSTATEMENT of imaging
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Gary Skeete
Gary Skeete the stem cell rejuvination and resuscitation of the completion of structures mechanisms signalling and coherence intelligence and functioning
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Gary Skeete
Gary Skeete see above http://www.heybabyultrasound.com/.../thumbs_4244_x264.png
HEYBABYULTRASOUND.COM
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Gary Skeete
Gary Skeete The application of rebuilding body systems of anticipating movement at functionality of intelligence coherence and signaling mechanisms such as scaffold structures to rebuild body systems bones nerves veins organs brain tissue Cellular molecular and DN...See More
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Gary Skeete
Gary Skeete the stem cells and replacing in abundance what was taken
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Gary Skeete
Gary Skeete So taking image representation superimposing it upon a ultrasound and rebuilding scaffolds and systems until a completed living organism is formed the completion of a systematic process of engineering and of details of cloning reconstruction and regenerative biology as well as reproduction medicine Saving fetuses used in stem cell harvesting by multiplying th.
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Gary Skeete
Gary Skeete The stem cells and replacing in abundance what was taken
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Gary Skeete
Gary Skeete th http so://en.m.wikipedia.org/wiki/Terminologia_Histologica
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8 years, 3 months
Fwd: finding/counting man pages in diff languages?
by Adam Holt
Hi,
Is it possible to generate a list of all commands that have man pages on a
given Fedora machine? (Or at least a decent approximation of how many in
each language?)
Are all stored under /usr/share/man ? e.g. on this sample
OLPC/Sugar/Fedora system I see 8 language-specific subdirectories below
that {de, es, en, fr, pl, pt_BR, pt_PT, zh} and also 22 subdirectories that
begin with "man" {such as man1, man1x, man1p, mann}. The "man?x"
directories are empty, and there are few "man?p" directories, but the
"man?" directories quite full.
The following suggests 3581 man pages:
ls /usr/share/man | grep .gz | sort | uniq
Noting many commands appear 3 times (e.g. chmod.1p.gz, chmod.2.gz,
chmod.3p.gz), some twice (e.g. encrypt.3.gz, encrypt.3p.gz) and yet others
only once (e.g. cd.1p.gz). So the following suggests 2544 man pages, if
the above duplicates are not too meaningful? (Or are system/Linux/Posix(p)
variations meaningful & easily viewable?)
ls /usr/share/man | sed 's/\..*//' | sort | uniq
Finally, the following shows only 56 man pages in non-English languages:
ls /usr/share/man/??/* /usr/share/man/??_??/* | | sed 's/\..*//' | sort
| uniq
Meager indeed, ah well! Still, how do I display+discover these man pages
in other languages, if they serve a purpose internationally, anyone know?
PS OLPC's James Cameron suggested I ask who in the Fedora world hopefully
knows more about man pages organization? To see if the above is the best
out there for diverse/developing countries (QED) or if in fact there might
be more available than listed above?? Thanks!
--
Unsung Heroes of OLPC, interviewed live @ http://unleashkids.org
8 years, 3 months
DSW developmental in medicine applied in warfare against sickness
by GARY SKEETE
Mental illnesses and the need for developing DNA specific warfare DSW for the purpose of determining the protocol for the attempt to circumvent brain patterns of thought and internal mechanisms which caused disorders illnesses psychopath he a determine adrenaline flow for actions causing crimes terrorism mishaps accidents of determining the health of individuals around the world creating the scenario for doctors to intervene at it early level determining whether not be attributed photonics can be reliant to change in attitude thought or deed with the advent of the photonics of the DNA specific warfare being attributed to noninvasive methods of photon laser like relay teleported from a drone simulation to a quantum cryptography relay to a person in need of medical services or a relay to the same effect to destroy a target
8 years, 3 months
[Bug 1280529] New: Document incorrectly suggests using FQDN in /etc/hostname
by Red Hat Bugzilla
https://bugzilla.redhat.com/show_bug.cgi?id=1280529
Bug ID: 1280529
Summary: Document incorrectly suggests using FQDN in
/etc/hostname
Product: Fedora Documentation
Version: devel
Component: networking-guide
Assignee: swadeley(a)redhat.com
Reporter: jkeating(a)j2solutions.net
QA Contact: docs-qa(a)lists.fedoraproject.org
CC: swadeley(a)redhat.com
Description of problem:
https://docs.fedoraproject.org/en-US/Fedora/23/html/Networking_Guide/ch-C...
This section of the documentation recommends using a FQDN for the static
hostname, which is stored in /etc/hostname. However if one does that, uname -n
(to find the node name) will always return the FQDN. This has impact on
subsystems like python when determining the short name of the host. A better
solution is to use the shortname in /etc/hostname and supply a FQDN in
/etc/hosts.
Version-Release number of selected component (if applicable):
devel (shown as 23)
How reproducible:
Very
Steps to Reproduce:
1. Follow directions leading to FQDN in /etc/hostname
2. uname -n
3. hostname -s
Actual results:
FQDN shown as nodename, which does not match hostname -s
Expected results:
uname -n and hostname -s would both report the same short name, as defined in
/etc/hostname
Additional info:
The RHEL7 documentation also suffers from this defect.
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8 years, 4 months
