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Jayadevan's system
The Jayadevan system, also known as the VJD method, is a proposed method for calculating target scores in interrupted one-day and Twenty20 cricket matches.〔Jayadevan, V. "A New Method for the Computation of Target Scores in Interrupted, Limited-Over. Cricket Matches." ''Current Science'' 83, no. 5 (2002): 577–586. (PDF )〕 The method was devised by V Jayadevan, a civil engineer from Thrissur, Kerala in India. The now-defunct Indian Cricket League had begun to use this method instead of the Duckworth-Lewis method used in international matches.〔http://content-usa.cricinfo.com/ci/engine/current/series/369735.html〕 The VJD method takes into account the statistics from the T20 games played in the past.
==VJD Method==
VJD method is essentially built around two curves. The first curve depicts the "normal" run getting pattern; i.e., when there is no interruption and the side is expecting to bat its full quota of overs. The second curve ("target curve") indicates how the batting side should "speed up" after an interruption.
The "normal" curve takes into account both the percentage of overs played and the percentage of wickets lost. The "target" curve, which is used to set revised targets, only considers the percentage of overs played.
抄文引用元・出典: フリー百科事典『 ウィキペディア（Wikipedia）』
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