| Peter Marwedel. Code generation for embedded processors-an introduction, pages 14-31. |
....same amount of memory leading to more un rolling and thus better performance. We discuss the various code generation techniques targeted towards embedded systems especially those related to code size optimization. Many compiler optimization techniques make use of special architectural features [28, 1]. Liao et al. 25, 4] developed a framework in which the compiler delays storage allocation of variables, moving it from the front end to the code generation step that selects addressing modes, thus increasing opportunities to use auto increment auto decrement modes. This optimization helps in ....
Peter Marwedel. Code generation for embedded processors-an introduction, pages 14-31.
....to be programmed with optimizing high level language compilers. Adopting additional architectural constraints of the suggested kind might pay especially in rapid prototyping [6] of embedded computer systems. Moreover, our approach promotes customized application speci c instruction set processors [16] as possible implementations for microelectronic systems with a tight development schedule. For such a processor, the proposed macro expander could provide an almost ready to use code generation tool; with such an application, the lack of portability across dioeerent target hardware is often ....
P. Marwedel. Code generation for embedded processors: an introduction. In [17], pp. 1431.
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