Research Article
A Blockchain-Enabled Trading Framework for Distributed Photovoltaic Power Using Federated Learning
Input: | Output: , | 1 begin | 2 the total amount of electricity traded | 3 a sequence sorted by descending order of ; | 4 a sequence sorted by descending order of ; | 5 maximum tradable quantity | 6 while do | 7 sort and in descending order; | 8 if then | 9 create edge in ; | 10 | 11 | 12 if =0 then | 13 remove from ; | 14 end | 15 remove from ; | 16 | 17 else | 18 if there is a satisfying then | 19 for to do | 20 create edge in ; | 21 if then | 22 ; | 23 remove from ; | 24 else | 25 ; | 26 ; | 27 end | 28 ; | 29 end | 30 if =0 then | 31 remove from ; | 32 end | 33 remove from ; | 34 else | 35 for to do | 36 ; | 37 remove from ; | 38 ; | 39 ; | 40 end | 41 end | 42 end | 43 end | 44 return | 45 end |
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