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1) Any process can serve as coordinator.
2) Elections may be needed when the system is initialized, or if the coordinator crashes or retires.
| election algorithm BEGIN generate initial population; compute eligibility of each individual; create parties: initial candidates and their supporters REPEAT // advertising campaign For candidate size do // positive advertisement candidates advertise their plans and improve their stance by learning new ideas; // negative advertisement candidates tryto attch the supports from other parties toward themselves; //coalition candidates collateif they have same ideas; //revision the candition of parties Reevaluate the eligibility of candidates; END FOR UNTIL population has converged END |
Classical leader election pseudcode:
| min_find: Classical leader election pseudcode input: tmax, u output: classical_leader 1) classical_leader = true; 2) t0 = get_current_time(); 3) Amin = ui 4) send( Amin, *); 5) repeat 6) A = read(); 7) if (A < Amin) then 8) classical_leader = false; 9) Amin = A; 10) send (Amin, *); 11) end if 12) tc = get_current_time(); 13) until (tc - t) > tmax |
Example:
1: Method four supports a Classical leader election.
2: Method five and six respond, showing four to stop
3: Five and six each supports a Classical leader election.
4: Method six tells five to stop
5: Method six wins and tells everyone.
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