This paper presents a novel prefetching technique to reduce application launch time for mobile devices. The proposed method traces disk access accurately during an application launch and prefetches them in efficient way at its subsequent launches. The key idea is to parallelize the use of processor and flash disk while exploiting multi-core and internal parallelism on flash disk. The proposed prefetcher implemented on a mobile Meego platform has achieved a 28.1% reduction of application launch time with 6 popular applications
Abstract—Network latency is one of the most critical factors for the usability of mobile SOA applica...
Network latency is one of the most critical factors for the usability of mobile SOA applications. Th...
International audienceAdvances in wireless networks, mobile devices and location tracking mechanisms...
Application launch and loading times are important determinants of user experience in the personal c...
Application launch and loading times are important determinants of user experience in the personal c...
Prefetching disk blocks reduces subsequent disk access times, allowing applications to load and run ...
© 2021 USENIX Annual Technical Conference. All rights reserved.With mobile applications' ever-i...
Application loading times can be reduced by prefetching disk blocks into the buffer cache. Existing...
Abstract. Mobile devices are a special class of resource-constrained em-bedded devices. Computing po...
Prefetching has been widely used to improve system per-formance in mobile environments. Since prefet...
Abstract. Mobile devices are a special class of resource-constrained em-bedded devices. Computing po...
TrapFetch is trained by monitoring the read requests issued by an application. It detects bursts of ...
Prefetching is an important technique for improving effective hard disk performance. A prefetcher se...
International audienceIn multi-core systems, an application's prefetcher can interfere with the memo...
Applications face additional latency when they launch or access a disk to load data into the memory....
Abstract—Network latency is one of the most critical factors for the usability of mobile SOA applica...
Network latency is one of the most critical factors for the usability of mobile SOA applications. Th...
International audienceAdvances in wireless networks, mobile devices and location tracking mechanisms...
Application launch and loading times are important determinants of user experience in the personal c...
Application launch and loading times are important determinants of user experience in the personal c...
Prefetching disk blocks reduces subsequent disk access times, allowing applications to load and run ...
© 2021 USENIX Annual Technical Conference. All rights reserved.With mobile applications' ever-i...
Application loading times can be reduced by prefetching disk blocks into the buffer cache. Existing...
Abstract. Mobile devices are a special class of resource-constrained em-bedded devices. Computing po...
Prefetching has been widely used to improve system per-formance in mobile environments. Since prefet...
Abstract. Mobile devices are a special class of resource-constrained em-bedded devices. Computing po...
TrapFetch is trained by monitoring the read requests issued by an application. It detects bursts of ...
Prefetching is an important technique for improving effective hard disk performance. A prefetcher se...
International audienceIn multi-core systems, an application's prefetcher can interfere with the memo...
Applications face additional latency when they launch or access a disk to load data into the memory....
Abstract—Network latency is one of the most critical factors for the usability of mobile SOA applica...
Network latency is one of the most critical factors for the usability of mobile SOA applications. Th...
International audienceAdvances in wireless networks, mobile devices and location tracking mechanisms...