May 5, 2016 · In this brief, we investigate the advantages of using half-unit biased (HUB) formats to implement these FP applications on field-programmable ...
In this brief, we inves- tigate the advantages of using HUB formats to implement these floating-point applications on FPGAs. These new floating-point formats ...
FPGA implementation of DSP applications using HUB floating point technique ... HUB technique is better as it has improved speed, area and power consumption.
In this brief, we investigate the advantages of using half-unit biased (HUB) formats to implement these FP applications on field-programmable gate arrays (FPGAs) ...
This brief investigates the advantages of using half-unit biased (HUB) formats to implement floating point applications on field-programmable gate arrays ...
People also ask
Can FPGA do DSP?
High-performance implementations of floating-point DSP algorithms in FPGAs require single-cycle parallel memory accesses and effective use of pipelined ...
In this paper, we present a HUB floating-point adder for FPGA which greatly improves the speed of previous proposed HUB designs for these devices. Our ...
HUB floating point for improving FPGA implementations of DSP applications. J Hormigo, J Villalba. IEEE Transactions on Circuits and Systems II: Express Briefs ...
In this brief, we present an HUB floating-point adder for field-programmable gate array (FPGA) which greatly improves the speed of previous proposed HUB designs ...
An HUB floating-point adder for field-programmable gate array (FPGA) which greatly improves the speed of previous proposed HUB designs for these devices.