So I've been posting some on Increasing HDD size through software/other on current type HDD's.
I've been thinking could the same be done for networking?
HDD example?
1 disc
top neg=00, top pos01
bot neg=11, bot pos=10
multi disc x= capacity?
Wireless?
Example:
0=no pulse1=pulse?
no pulse=00 pulse=11?
no pulse no pulse=0110
pulse pulse=1001
or something--- max 3 in row more?
channel bonding /other 20mhz,40,mhz
20mhz0=00,1=01 40mhz0=11,1=10
3,4,5,6,7,8+ channels,
Less data on each channel?
00,000,0000,00000,000000+
depending on number of channels.
1 on channel #000000000 1 on channel 8 111111111111
Or combining of channels sets of channels?
channels 1-2 00-11, channels 3-6=0000-1111 7-.....+,+,+
And more depending on the channels, reducing data by more than half?
How many times?
Channel 1-0=00, channel 6-1=0110-channel 10-0=10010011
Sent data(1,1,0) from different channels= 00011010010011
Hardware Based Increases?
Moving receiver?
00 inputs slots?
00 input slots?
01010101010101010-------00
-----------------------------------00
-----------------------------------00
01010101010101010------00
Depending on the input going into=
00-01-11-10?
4 inputs=00,01,11,10
5 inputs=00.01.11.10.0000,to whatever010101010101,0101-most used code(s)???
6 inputs=00,01,11,10,0000,1111-or whatever-----
8(9) inputs=000,001,011,111,110,100+ sent in 1 1/2 times 8 bit or whatever?
16 inputs=0000,0001,0011,0111,1111,1000,1100,1100,1000+
25 inputs=00000,11111 1/
12 inputs=000,001,011,111,100,110,010,101,()
000,001,011,111
Timing Data sending/spliting near inputs?
increasing data capacity?
Encrypting when sending
And decrypting/encrypting data along route?
optical processing? over networks?
Fiber/Cable/Other
010101010------------10,11,01,11,10,11-----------1111,1101,1110,1101,1111,1000,0000
010101010----------------------10,11,01,11,10,11-----------1111,1101,1110,1101,1111,1000,0000
---------------\-----------1011001-10,11,01,11,10,11-------doubling data???/
---------------\-----------1011001-1110,001,00,11,10(whatever lengths)-----creating new sets of data?
Sending mirror other down part of data stream?
copying and sending certain timed signals?
------placing back into main stream by length of cables difference?
------merging? or separate?
Next hub doing whatever else,
encrypting again?
increasing size?
Across world 010101010-sent becomes depending on nodes passed through
0101010111010101101111111100000001111111100000001010101111111100................................
along line or at provider near you running data through different systems to create
larger sets or other=====01101010101......-------provider with instructions for pass through or other---outputting---movie,song,other-----
0-1-0-1-1-1-1-0-0-0
From provider/other?
Data sent in programmed order.
And outputting more data than was sent.......
10mbs connection maybe 20mbs-1,000mbs+
100mbs= need for 10 times upping data over a 10mbs?
or decreasing x-times data as passes though provider?
or combination decreasing sending size and increasing receiving size on system?
""""""
Just got me thinking---
If the data could be decreased and run through a system with a subset of instructions in each data center, every data center could most likely hold a copy of the entire worlds internet. Being updated as more is add and as data is changed.
Feasibility of purely software level?
Or Hardware looping with software programming?
Other:
0-1 00-11+
in normal network=
In fiber/other
0,1-00,11,000,111,0000,1111
1--(a)0=00 ,(b)1=11
2--(a)00=1100 (b)11=0011
3--000=(1a)00/??? 111=(1b)11/???
4--0000=(2a?)1100/(2a?)1100 1111=.....
or 00+1100+?? ////1111.......
or00+00+?/??? ////1111.....
or00???+? //// 1111......
Higher sets of????????+/-
I've been thinking could the same be done for networking?
HDD example?
1 disc
top neg=00, top pos01
bot neg=11, bot pos=10
multi disc x= capacity?
Wireless?
Example:
0=no pulse1=pulse?
no pulse=00 pulse=11?
no pulse no pulse=0110
pulse pulse=1001
or something--- max 3 in row more?
channel bonding /other 20mhz,40,mhz
20mhz0=00,1=01 40mhz0=11,1=10
3,4,5,6,7,8+ channels,
Less data on each channel?
00,000,0000,00000,000000+
depending on number of channels.
1 on channel #000000000 1 on channel 8 111111111111
Or combining of channels sets of channels?
channels 1-2 00-11, channels 3-6=0000-1111 7-.....+,+,+
And more depending on the channels, reducing data by more than half?
How many times?
Channel 1-0=00, channel 6-1=0110-channel 10-0=10010011
Sent data(1,1,0) from different channels= 00011010010011
Hardware Based Increases?
Moving receiver?
00 inputs slots?
00 input slots?
01010101010101010-------00
-----------------------------------00
-----------------------------------00
01010101010101010------00
Depending on the input going into=
00-01-11-10?
4 inputs=00,01,11,10
5 inputs=00.01.11.10.0000,to whatever010101010101,0101-most used code(s)???
6 inputs=00,01,11,10,0000,1111-or whatever-----
8(9) inputs=000,001,011,111,110,100+ sent in 1 1/2 times 8 bit or whatever?
16 inputs=0000,0001,0011,0111,1111,1000,1100,1100,1000+
25 inputs=00000,11111 1/
12 inputs=000,001,011,111,100,110,010,101,()
000,001,011,111
Timing Data sending/spliting near inputs?
increasing data capacity?
Encrypting when sending
And decrypting/encrypting data along route?
optical processing? over networks?
Fiber/Cable/Other
010101010------------10,11,01,11,10,11-----------1111,1101,1110,1101,1111,1000,0000
010101010----------------------10,11,01,11,10,11-----------1111,1101,1110,1101,1111,1000,0000
---------------\-----------1011001-10,11,01,11,10,11-------doubling data???/
---------------\-----------1011001-1110,001,00,11,10(whatever lengths)-----creating new sets of data?
Sending mirror other down part of data stream?
copying and sending certain timed signals?
------placing back into main stream by length of cables difference?
------merging? or separate?
Next hub doing whatever else,
encrypting again?
increasing size?
Across world 010101010-sent becomes depending on nodes passed through
0101010111010101101111111100000001111111100000001010101111111100................................
along line or at provider near you running data through different systems to create
larger sets or other=====01101010101......-------provider with instructions for pass through or other---outputting---movie,song,other-----
0-1-0-1-1-1-1-0-0-0
From provider/other?
Data sent in programmed order.
And outputting more data than was sent.......
10mbs connection maybe 20mbs-1,000mbs+
100mbs= need for 10 times upping data over a 10mbs?
or decreasing x-times data as passes though provider?
or combination decreasing sending size and increasing receiving size on system?
""""""
Just got me thinking---
If the data could be decreased and run through a system with a subset of instructions in each data center, every data center could most likely hold a copy of the entire worlds internet. Being updated as more is add and as data is changed.
Feasibility of purely software level?
Or Hardware looping with software programming?
Other:
0-1 00-11+
in normal network=
In fiber/other
0,1-00,11,000,111,0000,1111
1--(a)0=00 ,(b)1=11
2--(a)00=1100 (b)11=0011
3--000=(1a)00/??? 111=(1b)11/???
4--0000=(2a?)1100/(2a?)1100 1111=.....
or 00+1100+?? ////1111.......
or00+00+?/??? ////1111.....
or00???+? //// 1111......
Higher sets of????????+/-
Last edited:
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