首页> 外文期刊>Elektron Jurnal Ilmiah >IMPLEMENTASI METODA PRE-PROCESSING UNTUK MENINGKATKAN LAJU AKURASI HASIL KOMPUTASI OPERASI PENJUMLAHAN SEKUENSIAL MULTI OPERAND SISTEM WAKTU NYATA
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IMPLEMENTASI METODA PRE-PROCESSING UNTUK MENINGKATKAN LAJU AKURASI HASIL KOMPUTASI OPERASI PENJUMLAHAN SEKUENSIAL MULTI OPERAND SISTEM WAKTU NYATA

机译:实施预处理方法以提高实时系统多操作顺序总结的计算结果的准确性

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Real-time system works in a limited period of time in accordance with the deadline time given. The success of a real time system performance is determined by several time components such as release time, processing time and time deadlines. Problems arise when the processing time is not enough due to the delay factor deadline or other factors, while the deadline time has come and the process had to be stopped. When the process is stopped, the results obtained have not been enough to be used as the end result of data systems fail to meet the given time constraint. There are several ways to overcome this, one is to perform preprocessing before the end of the process is done. In the sequential preprocessing system multioperand summation of the operand-operand which can be summed sort operand-operand which has significant influence on the results done first. When the process had to be stopped due to a deadline is coming then the accuracy of the results produced may be used as the final result. This study utilized the method as a preprocessing ascend in sorting systems to sort operand-operand values to be summed from largest to smallest. The results show the accuracy of the rate of change of the summation process in accordance with the needs of real-time system when the process had to be stopped before the end.
机译:实时系统根据给定的截止时间在有限的时间内工作。实时系统性能的成功取决于多个时间组件,例如发布时间,处理时间和时间期限。当由于延迟因素截止日期或其他因素而导致处理时间不足时,会出现问题,而截止时间已到,必须停止过程。当该过程停止时,由于数据系统的最终结果无法满足给定的时间限制,因此获得的结果不足以用作结果。有几种方法可以克服这一问题,一种是在过程结束之前执行预处理。在顺序预处理系统中,操作数操作数的多操作数求和可以对操作数操作数求和,这对首先完成的结果有重大影响。当由于截止日期而不得不停止该过程时,可以将产生的结果的准确性用作最终结果。这项研究利用该方法作为排序系统中的预处理方法,对要从最大到最小求和的操作数-操作数值进行排序。结果表明,当必须在结束前停止过程时,求和过程的变化率的准确性符合实时系统的需求。

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