Yunheung Paek, Rajiv Gupta
Proceedings of the Sixth Conference on Languages, Compilers, and Tools for Embedded Systems
LCTES, 2005.

@proceedings{LCTES-2005,
	acmid         = "1065910",
	address       = "Chicago, Illinois, USA",
	editor        = "Yunheung Paek and Rajiv Gupta",
	isbn          = "1-59593-018-3",
	publisher     = "{ACM}",
	title         = "{Proceedings of the Sixth Conference on Languages, Compilers, and Tools for Embedded Systems}",
	year          = 2005,
}

Contents (25 items)

4 ×#embedded
4 ×#performance
3 ×#compilation
3 ×#garbage collection
3 ×#realtime
2 ×#analysis
2 ×#energy
2 ×#java
2 ×#named
2 ×#optimisation

LCTES-2005-XuZRMM #clustering #embedded #energy #policy

Energy-efficient policies for embedded clusters (RX, DZ, CR, RGM, DM), pp. 1–10.

LCTES-2005-ZhangP #compilation #migration #performance

Efficient application migration under compiler guidance (KZ, SP), pp. 10–20.

LCTES-2005-HenzingerKM #code generation #composition #distributed

Composable code generation for distributed giotto (TAH, CMK, SM), pp. 21–30.

LCTES-2005-FarcasFPT #component #execution #logic #realtime

Transparent distribution of real-time components based on logical execution time (EF, CF, WP, JT), pp. 31–39.

LCTES-2005-GayLC #design pattern

Software design patterns for TinyOS (DG, PL, DEC), pp. 40–49.

LCTES-2005-RegehrD

Preventing interrupt overload (JR, UD), pp. 50–58.

LCTES-2005-TitzerP #precise

Nonintrusive precision instrumentation of microcontroller software (BT, JP), pp. 59–68.

LCTES-2005-CooperGHRSTW #adaptation #compilation #named #performance

ACME: adaptive compilation made efficient (KDC, AG, TJH, SWR, DS, LT, TW), pp. 69–77.

LCTES-2005-FrankeOTF #embedded #optimisation #probability #source code

Probabilistic source-level optimisation of embedded programs (BF, MFPO, JT, GF), pp. 78–86.

LCTES-2005-Oi #design #hardware #java #on the #virtual machine

On the design of the local variable cache in a hardware translation-based java virtual machine (HO), pp. 87–94.

LCTES-2005-ChanetSBPB #kernel #linux

System-wide compaction and specialization of the linux kernel (DC, BDS, BDB, LVP, KDB), pp. 95–104.

LCTES-2005-BriskMNS #taxonomy

A dictionary construction technique for code compression systems with echo instructions (PB, JM, AN, MS), pp. 105–114.

LCTES-2005-SermulinsTRA #optimisation #source code

Cache aware optimization of stream programs (JS, WT, RMR, SPA), pp. 115–126.

LCTES-2005-SassoneWL #dependence #embedded #performance

Static strands: safely collapsing dependence chains for increasing embedded power efficiency (PGS, DSW, GHL), pp. 127–136.

LCTES-2005-SoD #concurrent #integration #pipes and filters #thread

Complementing software pipelining with software thread integration (WS, AGD), pp. 137–146.

LCTES-2005-KudriavtsevK #generative #permutation

Generation of permutations for SIMD processors (AK, PMK), pp. 147–156.

LCTES-2005-StaschulatE #analysis #precise #scalability #scheduling

Scalable precision cache analysis for preemptive scheduling (JS, RE), pp. 157–165.

LCTES-2005-XuL

A sample-based cache mapping scheme (RX, ZL), pp. 166–174.

LCTES-2005-TanM #analysis

WCRT analysis for a uniprocessor with a unified prioritized cache (YT, VJMI), pp. 175–182.

LCTES-2005-BaconCGV #garbage collection #named #realtime

Syncopation: generational real-time garbage collection in the metronome (DFB, PC, DG, MTV), pp. 183–192.

LCTES-2005-MannDLC #garbage collection #realtime

Static determination of allocation rates to support real-time garbage collection (TM, MD, RL, RC), pp. 193–202.

LCTES-2005-ZhuM #feedback #scalability #scheduling

Feedback EDF scheduling exploiting hardware-assisted asynchronous dynamic voltage scaling (YZ, FM), pp. 203–212.

LCTES-2005-KandemirCK #compilation #memory management

Compiling for memory emergency (MTK, GC, IK), pp. 213–221.

LCTES-2005-DefoeCC #bound

Upper bound for defragmenting buddy heaps (DCD, SRC, RC), pp. 222–229.

LCTES-2005-GriffinSC #embedded #energy #garbage collection #java #performance

An energy efficient garbage collector for java embedded devices (PAG, WSa, JMC), pp. 230–238.