| (1) Begin Initialization |
| (2) Timer = ; // is the timer threshold in seconds |
| (3) Length = ; // is the length threshold in bytes |
| (4) Load = 0; //Load at the assembler |
| (5) MinBurstLength = ; // is minimum burst size |
| (6) newTimer = newLength = 0; |
| (7) perSecondTraffic = 0; //Load accumulator |
| (8) setFuzzyMicroTimer(); // seconds micro-timer |
| (9) setFuzzyMacroTimer(); // seconds macro-timer |
| (10) setTimer(Timer); //Set the assembler Timer threshold |
| (11) setLength(Length); //Set the assembler Length threshold |
| (12) End Initialization |
| (13) while (IsTrafficStillArriving?) do |
| (14) perSecondTraffic = perSecondTraffic + packetSize; |
| (15) if ((getTimer() == Timer) OR (getLength() == Length)) then |
| (16) Call hybridBurstAssembler() Return burst; //generate a burst |
| (17) setTimer(Timer); //reset the timer |
| (18) setLength(Length); //reset the length counter |
| (19) end if |
| (20) if (getFuzzyMicroTimer() == ) then |
| (21) setFuzzyMicroTimer(); |
| (22) Load = perSecondTraffic; |
| (23) Call FuzzyEngine(Timer, Length, Load) Return newTimer, newLength; |
| (24) if (newLength ≤ MinBurstLength) then |
| (25) Length = MinBurstLength; |
| (26) Timer = newTimer; |
| (27) else |
| (28) Length = newLength; |
| (29) Timer = newTimer; |
| (30) end if |
| (31) end if |
| (32) if (getFuzzyMacroTimer() == ) then |
| (33) setFuzzyMacroTimer(); //reset the fuzzy macro-timer |
| (34) Load = perSecondTraffic; |
| (35) perSecondTraffic = 0; //reset to zero |
| (36) end if |
| (37) end while |
