DSpace コレクション: 2016-06-01
http://hdl.handle.net/10928/795
2016-06-012024-03-29T09:34:30ZオープンデータとQGISを用いた災害避難支援システムの提案
http://hdl.handle.net/10928/818
タイトル: オープンデータとQGISを用いた災害避難支援システムの提案
著者: 村田, 寛奈; 栗林, 伸一2016-05-31T15:00:00ZC言語自動並列化トランスレータのための静的実行制御方式に基づく並列コード生成機構の実装とチューニングツールの試作
http://hdl.handle.net/10928/819
タイトル: C言語自動並列化トランスレータのための静的実行制御方式に基づく並列コード生成機構の実装とチューニングツールの試作
著者: 阿加井, 星; 甲斐, 宗徳
抄録: We have been studying an automatic parallelizing translator for sequential C programs with MPI, which is utilized by users without the knowledge for parallel programming languages and parallel computer architectures. In our parallelizing translator for C programs in the past, dynamic task execution control has been adopted for generated parallel programs, because it was difficult to analyze the costs of tasks, or execution time before actual execution. On the other hand, the researches on task scheduling technologies and task cost analysis has been evolved concurrently by another research groups in our laboratory and they are cooperating with the automatic parallelizing translator, so in this paper we report the implementation of generating parallel program with static task execution control and a tuning mechanism to reconfigure parallel programs by rescheduling with actual task execution time as task costs.2016-05-31T15:00:00Z抗がん剤候補化合物MF4426結合タンパク質の同定
http://hdl.handle.net/10928/820
タイトル: 抗がん剤候補化合物MF4426結合タンパク質の同定
著者: 矢島, 知佳; 横山, 智哉子; 久富, 寿2016-05-31T15:00:00ZC言語自動並列化トランスレータにおける構文木ベース中間データ構造への並列化情報統合手法の改良
http://hdl.handle.net/10928/815
タイトル: C言語自動並列化トランスレータにおける構文木ベース中間データ構造への並列化情報統合手法の改良
著者: 小倉, 健太郎; 甲斐, 宗徳
抄録: In our automatic parallelizing translator, an intermediate data structure based on parse tree of the sequential C program is generated. There are some analysis stages in our parallelizing translator, such as data dependency analysis stage, task granularity analysis stage, task scheduling stage, and parallel code generation stage. In this paper, we propose a new integration method of analysis result from each stage into the intermediate data structure based on parse tree for the purpose of translation efficiency. In addition, we report the implementation of the history mechanism of the translate-operations to the intermediate data structure based on parse tree in order to trace backward or forward of the sequence of the operations.2016-05-31T15:00:00Z