Code compression has been used to minimize the memory area requirement of embedded systems. Recently, performance improvement and energy consumption reductionare observed as a by-...
Eduardo Wanderley Netto, Rodolfo Azevedo, Paulo Ce...
Code Compression has been shown to be efficient in minimizing the memory requirements for embedded systems as well as in power consumption reduction and performance improvement. I...
Code compression is a field where compression ratios between compiler-generated code and subsequent compressed code are highly dependent on decisions made at compile time. Most op...
Microcoded customized IPs offer superior performance and direct programmability of micro-architectural structures compared to instruction-based processors, yet at the cost of dra...
Embedded software is becoming more flexible and adaptable, which presents new challenges for management of highly constrained system resources. Software dynamic translation is a t...
We propose a new variable-sized-block method for VLIW code compression. Code compression traditionally works on fixed-sized blocks and its efficiency is limited by the small block...
Compressing the instructions of an embedded program is important for cost-sensitive low-power control-oriented embedded computing. A number of compression schemes have been propos...
This paper explores compiler techniques for reducing the memory needed to load and run program executables. In embedded systems, where economic incentives to reduce both ram and r...
Code size has always been an important issue for all embedded applications as well as larger systems. Code compression techniques have been devised as a way of battling bloated co...
In embedded systems, memory is one of the most expensive resources. Due to this, program code size has turned out to be one of the most critical design constraints. Code compressi...
Jari Heikkinen, Tommi Rantanen, Andrea G. M. Cilio...