Quote from: penoze on August 11, 2014, 08:20:50 PM

Quote from: GAML on August 07, 2014, 12:34:44 PM

Quote from: stafur on August 06, 2014, 06:28:56 PM

Quote from: paycum on August 06, 2014, 04:36:01 PM

ah ok thx i think i understand. your graphics look great but for a normal user like me they are prety hard to understand at first sight lol.

Thanks!

Quote from: paycum on August 06, 2014, 04:36:01 PM

but if i understand correctly all those automatic transactions are basically fake transactions to put up a smoke screen for the real transaction?

so this way you have anon/privacy right?

is so this would be great as privacy/anon gives much extra value to a coin.

Yes, automatic transactions are "fake" transactions, which are added to the block chain, that have the same probability profile as the real transactions. This makes real transactions statistically identical to automatic ones in the blockchain. (by "fake" I mean that the coins do not switch owners, they change addresses in the output transactions within a tx in the block that is being added to the blockchain)

Certainly, privacy/anon of this type which is a core feature of TRUSTplus, gives/adds much value to the coin. (note: this type of privacy/anon is mathematically and rigorously provable)

In fact, as soon as I complete the paper I am writing, I will begin developing an android app that facilitates this type of transaction from mobile devices for TRUSTplus!

Wink

Awesome. Thanks for the info.

It is a little bit quiet here.
Just a question
What is the state of the whitepaper?

Hey! The paper is coming along nicely. The code I am using to model/generate the automatic transactions/automatic transaction ledger is complete and I have included 8 example runs into the paper. You can find it at:
https://www.dropbox.com/s/l4sj4wotomorlq8/OnTrustPlusAutomaticTransactions-07-2014.pdf

The results that will be summarized for the new figures in the paper are below. Please do not hesitate to contact me with any questions about how this all works. I am happy to provide anyone with any insight into how this all works. I am also usually on the IRC #TrustPlus chan in freenode.

[edit] I now also have a co-author who will be collaborating with me on this project regarding automatic transactions and trusted address for TRUSTplus. ie. The community of contributors to this project is growing. He also holds a PhD in physics like me. As always, we welcome any comments and/or suggestions.

python AutoTrans.py --coins 100 --addr 10 --tries 200 --multiplier .0001 --res 20

Max Coins to send per Attempt: 0.1
Min Coins to send per Attempt: 0.01
Current block: 185 Sent Coins: 100.027632805

Expected Coins: 100.0
Sent Coins: 100.027632805
%diff: 0.02763280

Total Transactions: 1823
Total Blocks: 185

Max. Dist, Sum. Dist: 2.00000000, 185.00000000
Norm. Max. Dist., Norm. Sum. Dist.: 0.01081081, 1.00000000

python AutoTrans.py --coins 100 --addr 10 --tries 200 --multiplier .00001 --res 20

Max Coins to send per Attempt: 0.01
Min Coins to send per Attempt: 0.001
Current block: 1795 Sent Coins: 100.038042447

Expected Coins: 100.0
Sent Coins: 100.038042447
%diff: 0.03804245

Total Transactions: 18187
Total Blocks: 1795

Max. Dist, Sum. Dist: 5.00000000, 1794.50000000
Norm. Max. Dist., Norm. Sum. Dist.: 0.00278629, 1.00000000

python AutoTrans.py --coins 100 --addr 10 --tries 200 --multiplier .000001 --res 20

Max Coins to send per Attempt: 0.001
Min Coins to send per Attempt: 0.0001
Current block: 18191 Sent Coins: 100.001400083

Expected Coins: 100.0
Sent Coins: 100.001400083
%diff: 0.00140008

Total Transactions: 181797
Total Blocks: 18191

Max. Dist, Sum. Dist: 20.00000000, 18191.00000000
Norm. Max. Dist., Norm. Sum. Dist.: 0.00109944, 1.00000000

python AutoTrans.py --coins 100 --addr 10 --tries 200 --multiplier .0000001 --res 20

Max Coins to send per Attempt: 0.0001
Min Coins to send per Attempt: 1e-05
Current block: 181964 Sent Coins: 100.000461268

Expected Coins: 100.0
Sent Coins: 100.000461268
%diff: 0.00046127

Total Transactions: 1818821
Total Blocks: 181964

Max. Dist, Sum. Dist: 136.00000000, 181961.00000000
Norm. Max. Dist., Norm. Sum. Dist.: 0.00074741, 1.00000000

python AutoTrans.py --coins 100 --addr 10 --tries 200 --multiplier .0001 --res 20

Max Coins to send per Attempt: 0.1
Min Coins to send per Attempt: 0.01
Current block: 185 Sent Coins: 100.103047101

Expected Coins: 100.0
Sent Coins: 100.103047101
%diff: 0.10304710

Total Transactions: 1838
Total Blocks: 185

Max. Dist, Sum. Dist: 5.00000000, 185.00000000
Norm. Max. Dist., Norm. Sum. Dist.: 0.02702703, 1.00000000

python AutoTrans.py --coins 100 --addr 10 --tries 200 --multiplier .00001 --res 20

Max Coins to send per Attempt: 0.01
Min Coins to send per Attempt: 0.001
Current block: 1815 Sent Coins: 100.055816266

Expected Coins: 100.0
Sent Coins: 100.055816266
%diff: 0.05581627

Total Transactions: 18143
Total Blocks: 1815

Max. Dist, Sum. Dist: 17.00000000, 1815.00000000
Norm. Max. Dist., Norm. Sum. Dist.: 0.00936639, 1.00000000

python AutoTrans.py --coins 100 --addr 10 --tries 200 --multiplier .000001 --res 20

Max Coins to send per Attempt: 0.001
Min Coins to send per Attempt: 0.0001
Current block: 18183 Sent Coins: 100.005335739

Expected Coins: 100.0
Sent Coins: 100.005335739
%diff: 0.00533574

Total Transactions: 181636
Total Blocks: 18183

Max. Dist, Sum. Dist: 155.00000000, 18183.00000000
Norm. Max. Dist., Norm. Sum. Dist.: 0.00852445, 1.00000000

python AutoTrans.py --coins 100 --addr 10 --tries 200 --multiplier .0000001 --res 20

Max Coins to send per Attempt: 0.0001
Min Coins to send per Attempt: 1e-05
Current block: 181693 Sent Coins: 100.000102799

Expected Coins: 100.0
Sent Coins: 100.000102799
%diff: 0.00010280

Total Transactions: 1818948
Total Blocks: 181693

Max. Dist, Sum. Dist: 1362.00000000, 181689.50000000
Norm. Max. Dist., Norm. Sum. Dist.: 0.00749631, 1.00000000