@techreport{oai:ipsj.ixsq.nii.ac.jp:00027516,
 author = {蛸井, 基明 and 宮内, 新 and 石川, 知雄 and 高田, 広章 and Motoaki, Takoi and Arata, Miyauchi and Tomo, Ishikawa and Hiroaki, Takada},
 issue = {18(2001-SLDM-105)},
 month = {Mar},
 note = {機能分散型マルチプロセッサ上にリアルタイムシステムを構築する際，タスクをタスククラスに分類し，システムの応答性を確保する手法が提案されている．我々はシステムスループット向上を目的として，新たにプロセッサ間を移動可能なタスククラスの導入を議論してきた．本タスククラスはアイドルプロセッサに対し動的にタスクを割り当てるもので，管理上新たな操作が必要である．本稿では，このタスククラスの導入に際して必要となる具体的な処理について検討を行い，実環境上へ実装を行った．また管理オーバヘッドの側面から性能検証を行い，検証結果に基づいた性能改善の手法についても議論・検証を行った．, When a real-time system is implemented on a function-distributed multiprocessor,the method classifies tasks into task class and improves the response of system  has been suggested. As a means to increase the system throughput introduction of task class which tasks can migrate between processor has been discussed. This class allocates a task on the processor dynamically and needs new oparation to manage. In this study, the concrete operation which needed on introduction of this task class was dissucused, and implementation of system to real enviroment was carried out. Also, the system performance was verified on the side of a management overhead, and a method which improves overhead based on the verified result has been discussed.},
 title = {マルチプロセッサ環境におけるマイグレート可能タスクの導入},
 year = {2002}
}