Jun Nakashima

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An efficient implementation of task parallelism is important for high productivity languages. Specifically, it requires a tasking layer that fulfills following requirements: (i) its performance scales to high core counts, and (ii) it is seamlessly integrated into a runtime system that performs inter-node communication and synchronization. More specifically,(More)
An efficient scheduler is important for task parallelism. It should provide scalable dynamic load-balancing mechanism among CPU cores. To meet this requirement, most runtime systems for task parallelism use work stealing as scheduling strategy. Work stealing schedulers typically steal work randomly. This strategy does not consider hardware specific(More)
BACKGROUND The aim was to determine the incidence of seed migration not only to the chest, but also to the abdomen and pelvis after transperineal interstitial prostate brachytherapy with loose (125)I seeds. METHODS We reviewed the records of 267 patients who underwent prostate brachytherapy with loose (125)I seeds. After seed implantation, orthogonal(More)
We investigated the usefulness of the fusion image created by transrectal ultrasonography (TRUS) and large-bore computed tomography (CT) for predicting pubic arch interference (PAI) during prostate seed brachytherapy. The TRUS volume study was performed in 21 patients, followed by large-bore computed tomography of patients in the lithotomy position. Then,(More)
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