Software and Compilers for Embedded Systems: 7th International Workshop, SCOPES 2003, Vienna, Austria, September 24-26, 2003, ProceedingsAndreas Krall Springer, 2003. gada 24. okt. - 406 lappuses This volume contains the proceedings of the 7th International Workshop on Software and Compilers for Embedded Systems, SCOPES 2003, held in Vienna, Austria, September 2426, 2003. Initially, the workshop was referred to as the International Workshop on Code Generation for Embedded Systems. The ?rst workshop took place in 1994 in Schloss Dagstuhl, Germany. From its beg- nings, the intention of the organizers was to create an atmosphere in which the researcherscould participateactively in dynamic discussionsand pro?t from the assembly of international experts in the ?eld. It was at the fourth workshop, in St. Goar, Germany, in 1999, that the spectrum of topics of interest for the workshop was extended, and not only code generation, but also software and compilers for embedded systems, were considered. The change in ?elds of interest led to a change of name, and this is when the present name was used for the ?rst time. Since then, SCOPES has been held again in St. Goar, Germany, in 2001; Berlin, Germany, in 2002; and this year, 2003, in Vienna, Austria. In response to the call for papers, 43 very strong papers from all over the world were submitted. The program committee selected 26 papers for pres- tation at SCOPES 2003. All submitted papers were reviewed by at least three experts in order to ensure the quality of the work presented at the workshop. |
No grāmatas satura
1.5. rezultāts no 59.
4. lappuse
... edges. There is an edge (u, v) ∈ Ec if there is a conflict between u and v. Vertex coloring of a graph consists of assigning a color 4 Quin Zhao et al.
... edges. There is an edge (u, v) ∈ Ec if there is a conflict between u and v. Vertex coloring of a graph consists of assigning a color 4 Quin Zhao et al.
5. lappuse
... edges denoting conflicts, Z is a set of colors, and the mapping c(v) → 2Z defines the label set for each v ∈ Vc. 4. Limited. Address. Range. Architecture. In this section, we generalize the idea of reducing the code size by limiting ...
... edges denoting conflicts, Z is a set of colors, and the mapping c(v) → 2Z defines the label set for each v ∈ Vc. 4. Limited. Address. Range. Architecture. In this section, we generalize the idea of reducing the code size by limiting ...
9. lappuse
... edges, and strong conflicts are drawn as solid edges. Since the DFG is not scheduled yet, we conclude that for example, values a and e have weak conflict from the lifetime analysis. This is because if node n4 is schedule together with ...
... edges, and strong conflicts are drawn as solid edges. Since the DFG is not scheduled yet, we conclude that for example, values a and e have weak conflict from the lifetime analysis. This is because if node n4 is schedule together with ...
11. lappuse
... edges to force one lifetime proceeds another one. For example, let value u be produced by operation Pu and consumed by Cu, and let value v is produced by operation Pv and consumed by Cv. Serializing u and v can be done in two ways: Cu ...
... edges to force one lifetime proceeds another one. For example, let value u be produced by operation Pu and consumed by Cu, and let value v is produced by operation Pv and consumed by Cv. Serializing u and v can be done in two ways: Cu ...
13. lappuse
... edge between node a and node r4 because the saturation number of a and e are both 4, and the degree number for them are 7 and 8 respectively. Solving this weak conflict implies that value a will be assigned into address range II. This ...
... edge between node a and node r4 because the saturation number of a and e are both 4, and the degree number for them are 7 and 8 respectively. Solving this weak conflict implies that value a will be assigned into address range II. This ...
Saturs
1 | |
17 | |
33 | |
Sheayun Lee Jaejin Lee Sang Lyul Min Jason Hiser | 47 |
Erik Eckstein Oliver König and Bernhard Scholz | 66 |
Reconstructing Control Flow from Predicated Assembly Code | 81 |
Loop Optimizations | 101 |
Stefaan Himpe Francky Catthor and Geert Deconinck | 117 |
Code Generation for Packet Header Intrusion Analysis on the IXP1200 | 226 |
Register Allocation | 240 |
FineGrain Register Allocation Based on a Global Spill Costs Analysis | 255 |
Offset Assignment | 270 |
Improving Offset Assignment through Simultaneous Variable Coalescing | 285 |
Desiree Ottoni Guilherme Ottoni Guido Araujo and Rainer Leupers | 298 |
Performance Analysis for Identification of SubTaskLevel Parallelism | 313 |
Towards Superinstructions for Java Interpreters | 329 |
Litong Song Krishna Kavi and Ron Cytron | 133 |
Automatic Retargeting | 151 |
Extraction of Efficient Instruction Schedulers from CycleTrue | 167 |
System Design | 182 |
Arshad Jhumka Neeraj Suri and Martin Hiller | 198 |
Composable Code Generation for ModelBased Development | 211 |
Kevin Casey David Gregg M Anton Ertl and Andrew Nisbet | 344 |
Efficient Variable Allocation for Dual Memory Banks of DSPs | 359 |
Cache Behavior Modeling of Codes with DataDependent Conditionals | 373 |
A Fast Instruction Cache Optimizer | 388 |
Author Index | 403 |
Citi izdevumi - Skatīt visu
Software and Compilers for Embedded Systems: 7th International Workshop ... Andreas Krall Ierobežota priekšskatīšana - 2003 |
Software and Compilers for Embedded Systems: 7th International Workshop ... Andreas Krall Priekšskatījums nav pieejams - 2003 |
Bieži izmantoti vārdi un frāzes
abstract access graph access sequence algorithm analysis applications approach architecture basic block benchmarks bytecode cache call graph coloring compiler complex component Computer conflict graph constraints control flow control flow graph cost cycle defined denote digital signal processors Earl Gray edges embedded processors embedded systems evaluation example execution flow facts flow graph framework function Galois connection heuristic implemented input instruction selection instruction set interference graph interpreter iteration Java Java Virtual Machine Leupers loop memory banks meta-information method node nop IF r1 offset assignment operand operations optimization parallel partitioning path PBQP performance predicated problem profiling proposed r1 nop reconstruction recursive reduced instruction reference register allocation register file represents requires retargetable safety specification scheduler Section semantics SIMD SIMD instructions spill SSA-graph structure superinstructions target techniques thread tion tool transformation tree uEngine update vector VLIW WCET ZOLB