C Sequence Number
Last updated on 2011/2555
11
10
, a
full moon day;
In 2001, while residing in Bangkok, Thailand, this computing number was invented. And, later donated to a professor who has worked in Chulalongkorn University for 30+ years ... ; It provides variable brunching factor of a tree; Instead of tree, find your own circular heuristic numeric relation; Look at several trees, and realize the differences among them such as tree brunching factor varies i.e. tree leaves and roots stop/end at certain depth of path along with mass energy biometric factors; C number may be helpful in particle analysis. Also see: Network Topology;
Remark: USA MYANMAR NET provides/allows the computing numbers for further
scientific IT testing purposes with/without factoring, numbering, tree structuring,
circular structuring, mass energy biometric path depth, and ...;
IFF (N-1), also see:
div/2;Also see:
FS+.sys; FS-.sys;
Cell 5W1H brunching; Number;
Formula?
Also see:
Nama;
RFID;
Transistor;
Also
see: spiral
1 H2O
resists to G gravitational waves without square in
ACT 1 stage was, and notice
that G gravitons have been pushed from 3
planets;
For Monbusho level developers only: apply C number's depth
as power of radius as r1, r2, r3, r4,
... , and develop spiral G algorithms; Also develop "pairs of sticks" vs.
"turtle and turtle eggs" ... ;
Fuzzy brunching factor for C-sequence number
For Monbusho level developers only: Write algorithm to test the C-number's variable brunching factor by its depth by super computer within time constraint to compare among computers; And, assume that C number is in omni, and try to calculate epi* ... for strings in ACT2;
Also develop CdS fuzzy brunching factors for orbiter machines ... ;
For Monbusho level ACT2 stage FuzzySVM developers only: Calculate hyperspace traveling by FuzzySVM
MOON
anti-graviton at time t0, consider as semi-dynamic system
EARTH
& water
at time t1 consider as static system WHEN
M Theory's 2 spin string 2N as 1H at time t2 in hyperplane1 WHICH as Left as dynamic system
M Theory's 2 spin string 2N as 1H at time t3 in hyperplane2 WHICH as Right as dynamic system
Calculate the FuzzySVM's possible value in 3-in-1 dimension WHERE
hyperplane1 as 1 entity 1st to understand 4 planet prediction
hyperplane2 as 1 entity
MOON as 1 entity 2nd time & lunar gravitational
Thus, 3 entities cause 1 lunar gravitational as 3-in-1 dimension 3rd to understand cracks in symmetrical
however full moon day, no moon day, ..., time t4, t5, t6, ... , tN-1, need to be calculated for hyperspace traveling
and then consider 5 gray horizontal sections from very very very far away ... 4th dimensional hyperspace
so, a Myanmar in theoretical way ...
time
time
AND
1,
2,
3, 4, 5,
6, ...
number
= distance;
ACT2 and ACT3 stage
parallel time calculation is in progress ... ; Notice that
time + number =
distance;
After understanding
pore-pore distance,
C number can be further applied by 4PP
+ JUN WHEN 4PP represents 2*7, and WHEN JUN represents 2*5; Therefore,
can be
further studied ... ;
driver
(Bus
Connector and Port)
OEM ...
;
using artificial intelligence to analyze
the domain system ...
;
x;
y;
z;
Develop D number, DEE, Water Clock, in ACT3 stage ... ;
A decade of testing in ACT2 ... ACT3 ...
C number inside a board, develop 2 times ...
;
C number inside a board, develop 3 lights ...
;
C number inside a board, develop 4 DEE ...
;
Flying automotives by PME, also see: DEE, Gravity, Light, ... with RFID;
FuzzySet [2,2] [3,3,3], is for developing 2,3 dimensional D Number ... ;
IFF 2....2 ♯88...88 2.2, also see: div/2;
IFF (L
SYN
R)
;
develop step
by step
ACT3 stage with energy map; develop gravity
dimension computer; ... ;
IFF Light rate CRC: also see: Monbusho level knowledge enhancement.htm#light_rate_CRC;
| VARIABLE BRUNCHING FACTOR | TREE DEPTH1 | TREE DEPTH2 | TREE DEPTH3 |
| BF1 | (N+1) | (N+(1+(1*1))) | (N+((1+(1*1))+(1*1*1)) |
| BF2 | (N+2) | (N+(2+(2*2))) | (N+((2+(2*2))+(2*2*2)) |
| BF3 | (N+3) | (N+(3+(3*3))) | (N+((3+(3*3))+(3*3*3)) |
| BF4 | (N+4) | (N+(4+(4*4))) | (N+((4+(4*4))+(4*4*4)) |
| BF5 | (N+5) | (N+(5+(5*5))) | (N+((5+(5*5))+(5*5*5)) |
| BF6 | (N+6) | (N+(6+(6*6))) | (N+((6+(6*6))+(6*6*6)) |
| BF7 | (N+7) | (N+(7+(7*7))) | (N+((7+(7*7))+(7*7*7)) |
| BF8 | (N+8) | (N+(8+(8*8))) | (N+((8+(8*8))+(8*8*8)) |
| BF9 | (N+9) | (N+(9+(9*9))) | (N+((9+(9*9))+(9*9*9)) |
IFF
ACT3 Imaginary
Hyperdimensional AND fixed structured, also see:
Heavenly Wheel Topology;
IFF
four dimensional hypersphere OR N-dimensional
space, also see:
hypersphere;
...
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