Add to ORKGThis paper shows how temporal parallelism has an important role in the power dissipation reduction in the FPGA field. Glitches propagation is blocked by the flip-flops or registers in the pipeline. Several multiplication structures are implemented over modern FPGAs, StratixII and Virtex4, comparing their results with and without pipeline and hardware duplication
This paper discusses the balance between loop-level parallelism and clock rate for enhancing the per...
High speed computation is the need of today’s generation of Processors. To accomplish this maj...
This paper studies the effectiveness of employing precomputation in reducing dynamic power consumpti...
The final publication is available at Springer via http://dx.doi.org/10.1007/3-540-60294-1_108Althou...
Reducing the logic levels in digital hardware designs can dramatically reduce power consumption of f...
Abstract—This paper presents a don’t-care-based synthesis technique for reducing glitch power in FPG...
This paper presents a simple clocking technique to migrate classical synchronous pipelined designs t...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...
Multiplications occur frequently in digital signal processing systems, communication systems, and ot...
This paper examines the effectiveness of employing pre-computation techniques to reduce power consum...
Personal use of this material is permitted. Permission from IEEE must be obtained for all other uses...
Glitches (i.e. spurious signal transitions) are major sources of dynamic power consumption in modern...
This paper presents different techniques for reducing glitch power in digital circuits. The aim of t...
The embedded DSP blocks in modern Field Programmable Gate Arrays (FPGAs) are highly capable and supp...
This paper presents a clocking pipeline technique referred to as a single-pulse pipeline (PP-Pipelin...
This paper discusses the balance between loop-level parallelism and clock rate for enhancing the per...
High speed computation is the need of today’s generation of Processors. To accomplish this maj...
This paper studies the effectiveness of employing precomputation in reducing dynamic power consumpti...
The final publication is available at Springer via http://dx.doi.org/10.1007/3-540-60294-1_108Althou...
Reducing the logic levels in digital hardware designs can dramatically reduce power consumption of f...
Abstract—This paper presents a don’t-care-based synthesis technique for reducing glitch power in FPG...
This paper presents a simple clocking technique to migrate classical synchronous pipelined designs t...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...
Multiplications occur frequently in digital signal processing systems, communication systems, and ot...
This paper examines the effectiveness of employing pre-computation techniques to reduce power consum...
Personal use of this material is permitted. Permission from IEEE must be obtained for all other uses...
Glitches (i.e. spurious signal transitions) are major sources of dynamic power consumption in modern...
This paper presents different techniques for reducing glitch power in digital circuits. The aim of t...
The embedded DSP blocks in modern Field Programmable Gate Arrays (FPGAs) are highly capable and supp...
This paper presents a clocking pipeline technique referred to as a single-pulse pipeline (PP-Pipelin...
This paper discusses the balance between loop-level parallelism and clock rate for enhancing the per...
High speed computation is the need of today’s generation of Processors. To accomplish this maj...
This paper studies the effectiveness of employing precomputation in reducing dynamic power consumpti...