Add to ORKGMultiplier blocks have been used primarily for the reduction of circuit complexity. Using new algorithms, it has been shown that they can also be used for effective reduction of power consumption in digital filter circuits. In this paper, the new GP score method is used as a relative power measure to compare digital filter multiplier blocks using the BHM, RAGn and CI algorithms
Power consumption is a major factor in interpreted circuit. For digital circuits, power estimation i...
: A multiplier is one of the key hardware blocks in most digital signal processing (DSP) systems. Ty...
A multiplier circuit used in digital electronics is basically to multiply two or more numbers. Multi...
In this study, three multiplier-blocks generated by different algorithms are analyzed for their powe...
The depth of logic in an integrated circuit, particularly a CMOS circuit, is highly correlated both ...
Abstract:- In this paper trade-offs in digit-serial multiplier blocks are studied. Three different a...
For a simple multiplier block FIR filter design, we compare the effects on power consumption of usin...
Multiplications occur frequently in digital signal processing systems, communication systems, and ot...
A study of several low-power and high-speed (3,2) counter designs is initially presented, then based...
The newly proposed reconfigurable multiplier blocks offer significant savings in area over the trad...
Digital multipliers are an important part of most of digital computation systems, such as microcontr...
Abstract — Now a day’s many of technologies handles low power consumption to meet the requirements o...
The performance of multiplication in terms of speed and power is crucial for many Digital Signal met...
Power consumption becomes more important as more devices becomes embedded or battery dependant. Mult...
Abstract: Multipliers are the fundamental components of many digital systems. Low power and high spe...
Power consumption is a major factor in interpreted circuit. For digital circuits, power estimation i...
: A multiplier is one of the key hardware blocks in most digital signal processing (DSP) systems. Ty...
A multiplier circuit used in digital electronics is basically to multiply two or more numbers. Multi...
In this study, three multiplier-blocks generated by different algorithms are analyzed for their powe...
The depth of logic in an integrated circuit, particularly a CMOS circuit, is highly correlated both ...
Abstract:- In this paper trade-offs in digit-serial multiplier blocks are studied. Three different a...
For a simple multiplier block FIR filter design, we compare the effects on power consumption of usin...
Multiplications occur frequently in digital signal processing systems, communication systems, and ot...
A study of several low-power and high-speed (3,2) counter designs is initially presented, then based...
The newly proposed reconfigurable multiplier blocks offer significant savings in area over the trad...
Digital multipliers are an important part of most of digital computation systems, such as microcontr...
Abstract — Now a day’s many of technologies handles low power consumption to meet the requirements o...
The performance of multiplication in terms of speed and power is crucial for many Digital Signal met...
Power consumption becomes more important as more devices becomes embedded or battery dependant. Mult...
Abstract: Multipliers are the fundamental components of many digital systems. Low power and high spe...
Power consumption is a major factor in interpreted circuit. For digital circuits, power estimation i...
: A multiplier is one of the key hardware blocks in most digital signal processing (DSP) systems. Ty...
A multiplier circuit used in digital electronics is basically to multiply two or more numbers. Multi...