Computer Science ›› 2017, Vol. 44 ›› Issue (Z11): 276-280.doi: 10.11896/j.issn.1002-137X.2017.11A.059
Previous Articles Next Articles
SHE Lei, ZHAO Xi-bin, CHEN Yu, SHI He-yuan and WEI Kang
[1] OLIVIER P,BOUKHOBZA J,SENN E.Flashmon V2:monitoring raw NAND flash memory I/O requests on embedded Linux[J].ACM SIGBED Review,2013,11(1):38-43. [2] LIM G,HWANG J,PARK K,et al.Enhancing init scheme for improving bootup time in mobile devices[C]∥Eighth International Conference on Mobile Computing and Ubiquitous Networking.IEEE,2015:149-154. [3] JO H,KIM H,ROH H G,et al.Improving the startup time of digital TV[J].IEEE Transactions on Consumer Electronics,2009,55(2):721-727. [4] KANG D.Enhanced UBI layer for fast boot-up times of mobile consumer devices[J].IEEE Transactions on Consumer Electroni-cs,2012,58(2):450-454. [5] ASBERG M,NOLTE T,JOKI M,et al.Fast Linux bootup using non-intrusive methods for predictable industrial embedded systems [C]∥Emerging Technologies & Factory Automation.IEEE,2013:1-8. [6] LEE D,WON Y.Bootless Boot:Reducing Device Boot Latency with Byte Addressable NVRAM[C]∥IEEE International Conference on High PERFORMANCE Computing and Communications.IEEE,2013:2014-2021. [7] BIRD T R.Methods to improve bootup time in Linux[C]∥Proceedings of Linux Symposium.2004:79-88. [8] BARBALACE A,LUCHETTA A,MANDUCHI G,et al.Performance Comparison of VxWorks,Linux,RTAI,and Xenomai in a Hard Real-Time Application[J].IEEE Transactions on Nuclear Science,2008,55(1):435-439. [9] IP B.Performance Analysis of VxWorks and RTLinux.http://core.ac.uk/display/20958343. [10] Comparison of boot loaders.,2016 .http://en.wikipedia.org/wiki/Comparison_of_boot_loaders. [11] OLIVIER P,BOUKHOBZA J,SENN E.On benchmarking embedded Linux flash file systems[J].ACM Sigbed Review,2012,9(2):43-47. [12] HOCHUNG K,SILCHOI M,SEONAHN K.A Study on thePackaging for Fast Boot-up Time in the Embedded Linux[C]∥IEEE International Conference on Embedded and Real-Time Computing Systems and Applications.IEEE,2007:89-94. [13] CAI X,SHAO S.An Optimization Algorithm for UBIFS Wear-Leveling[C]∥2010 2nd International Workshop on Intelligent Systems and Applications (ISA).IEEE,2010:1-4. [14] DEY S,DASGUPTA R.Fast Boot User Experience Using Adaptive Storage Partitioning[C]∥Computation World:Future Computing,Service Computation,Cognitive,Adaptive,Content,Patterns.IEEE Computer Society,2009:113-118. [15] WANG W,ZHOU D,XIE T.An embedded storage framework abstracting each raw flash device as an MTD[C]∥ACM International Systems and Storage Conference.ACM,2015:7. [16] KANG D.Enhanced UBI layer for fast boot-up times of mobile consumer devices[J].IEEE Transactions on Consumer Electro-nics,2012,58(2):450-454. [17] JFFS2 full summary support.http://www.infradead.org/pipermail/linux-mtd/2004-November/010887.html. [18] bootchart:Boot Process Performance Visualization.http://www.bootchart.org. [19] initng:The Next Generation Init System,2017 .http://initng.sourceforge.net/trac. [20] Upstart Intro,Cookbook and Best Practices,2017 .http://upstart.ubuntu.com/cookbook. [21] JELINEK J.Prelink .http://people.redhat.com/jakub/prelink. [22] YAGHMOUR K,亚荷毛尔,马斯特斯,等.Building embedded Linux system[M].东南大学出版社,2009. [23] 江梦涛,潘朋飞,宋杨,等.Linux内核中编译选项、文件以及函数之间依赖关系的解析方法[J].计算机科学,2014,41(s1):445-450. |
No related articles found! |
|