We present a type-based approach to eliminating array bound checking and list tag checking by conservatively extending Standard ML with a restricted form of dependent types. This enables the programmer to capture more invariants through types while type-checking remains decidable in theory and can

Optimization of array bound checking at compile-time is performed in order to reduce the overhead of the run-time checking. There are many researches in this field but the results seem not very highly appreciated, even with the commercial compilers. This paper describes two techniques for array

Bound checks are introduced in programs for the run-time detection of array bound violations. Compile-time optimizations are employed to reduce the execution-time overhead due to bound checks. The optimizations reduce the program execution time through elimination of checks and propagation

– A good test bed for evaluating research ideas

. 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

To guarantee execution, Java and other strongly typed languages require bounds checking of array accesses. Because bounds checks may raise exceptions, they block code motion of instructions with side effects, thus preventing many useful code optimizations, such as partial redundancy elimination

Array bound checking is critical for code safety and debugging but users are not ready to trade much execution time for it. A considerable research work has been carried out during the past 25 years but experimental results are scarce. Commercial implementations are limited to intraprocedural array

ABSTRACT Array bound checking is critical for code safety and debugging but users are not ready to trade much execution time for it. A considerable research work has been carried out during the past 25 years but experimental results are scarce. Commercial implementations are limited

Abstract- This paper describes techniques for optimizing range checks performed to detect array bound violations. In addition to the elimination of range check:s, the optimizations discussed in this paper also reduce the overhead due to range checks that cannot be eliminated by compile

The ability to check memory references against their associated array/buffer bounds helps programmers to detect programming errors involving address overruns early on and thus avoid many difficult bugs down the line. This paper proposes a novel approach called Cash to the array bound checking