Efficient Mining of Recurrent Rules from a Sequence Database. David Lo Siau -Cheng Khoo Chao Liu DASFAA 2008. Outline. Introduction Preliminaries Generation of Recurrent Rules Algorithm Performance Evaluation Conclusion. Introduction.
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“Whenever a series of precedent events occurs,
eventually another series of consequent events occurs”
1. Resource Locking Protocol: Whenever a lock is acquired, eventually it is released.
2. Internet Banking: Whenever a connection to a bank server is made and an authentication is completed and money transfer command is issued, eventually money is transferred and a receipt is displayed.
3. Network Protocol: Whenever an HDLC connection is made and an acknowledgement is received, eventually a disconnection message is sent and an acknowledgement is received.
‘G’ specifies that globally at every point in time a certain property holds.
‘F’ specifies that a property holds either at that point in time or finally (eventually) it holds.
‘X’ specifies that a property holds at the next event.
(main, lock) → (unlock, end)
(main, lock, use) → (unlock, end)