Compiler optimization technology has been steadily advancing as more sophisticated processors hit the market. For high end embedded processors, today’s most advanced compilers take advantage of both CPU specific and application specific information to optimize code intelligently for optimal result. This paper discusses one such sophisticated optimization technique which combines array bound check optimization together with redundancy elimination combined with folding. The array bound check optimization described in this paper reduces the run time overhead by eliminating unnecessary bound checks. The results and comparisons demonstrate number of advantages of this method over the existing methods
This paper describes transformation techniques for out-of-core pro-grams (i.e., those that deal with...
Abstract. Optimizing compilers have a long history of applying loop transformations to C and Fortran...
Loop transformations and array restructuring optimizations usually improve performance by increasing...
Array bound checking is critical for code safety and debugging but users are not ready to trade much...
ABSTRACTArray bound checking is critical for code safety and debugging but users are not ready to tr...
Abstract. We present a high-level approach to array bound check op-timization that is neither hamper...
Abstract. Data copy is an important compiler optimization which dy-namically rearranges the layout o...
Compilers can generate runtime checks in order to check the valid use of the language operations. Ex...
Bounds checking can be used to significantly increase software quality control and security. Bounds...
As transistors sizes shrink and architects put more and more cores on chip, computer systems become ...
Several programming languages guarantee that array subscripts are checked to ensure they are within ...
Array syntax adds expressive power to a language by providing operations on and assignments to array...
With the projected increase in hardware error rates in the future, software needs to be resilient to...
The literature has witnessed much work aimed at improving the efficiency of mernory systems. The mot...
Abstract. As modern supercomputing systems reach the peta-flop per-formance range, they grow in both...
This paper describes transformation techniques for out-of-core pro-grams (i.e., those that deal with...
Abstract. Optimizing compilers have a long history of applying loop transformations to C and Fortran...
Loop transformations and array restructuring optimizations usually improve performance by increasing...
Array bound checking is critical for code safety and debugging but users are not ready to trade much...
ABSTRACTArray bound checking is critical for code safety and debugging but users are not ready to tr...
Abstract. We present a high-level approach to array bound check op-timization that is neither hamper...
Abstract. Data copy is an important compiler optimization which dy-namically rearranges the layout o...
Compilers can generate runtime checks in order to check the valid use of the language operations. Ex...
Bounds checking can be used to significantly increase software quality control and security. Bounds...
As transistors sizes shrink and architects put more and more cores on chip, computer systems become ...
Several programming languages guarantee that array subscripts are checked to ensure they are within ...
Array syntax adds expressive power to a language by providing operations on and assignments to array...
With the projected increase in hardware error rates in the future, software needs to be resilient to...
The literature has witnessed much work aimed at improving the efficiency of mernory systems. The mot...
Abstract. As modern supercomputing systems reach the peta-flop per-formance range, they grow in both...
This paper describes transformation techniques for out-of-core pro-grams (i.e., those that deal with...
Abstract. Optimizing compilers have a long history of applying loop transformations to C and Fortran...
Loop transformations and array restructuring optimizations usually improve performance by increasing...