Add to ORKGCharacterizing the energy cost of different physical (PHY) layer building blocks is becoming increasingly important in modern cellular-based communications, considering the cross sector requirements for performance enhancements and energy savings. This paper presents energy profiling metrics of different PHY-layer FPGA implementations encountered in modern wireless communication systems. The results give an insight of the distribution of the consumed energy in different baseband building blocks or configurations before and after applying power optimizations in the FPGA design and implementation.Peer Reviewe
Nowadays energy consumption is a major criterion in any electronic system, especially when it comes ...
International audienceThis paper describes the FPGA demonstrator developed in Telecom Bretagne to me...
This thesis presents a new power model, which is capable of modelling the power usage of many differ...
Characterizing the energy cost of different physical (PHY) layer building blocks is becoming increas...
Characterizing the energy cost of different physical (PHY) layer building blocks is becoming increas...
International audienceNowadays, demands for high performance keep on increasing in the wireless comm...
This paper presents preliminary results regarding system-level power awareness for FPGA implementati...
Recently the concern on energy efficiency in wireless communications has been growing rapidly as ene...
Field programmable gate array (FPGA) processing units present considerably higher programming flexib...
Summarization: Supporting high levels of security in wireless networks is a challenging issue becaus...
This chapter provides an introduction to quantifying the energy consumed by software. It is written ...
The growing complexity of current and future wireless communication systems makes power estimation a...
International audienceThis paper elaborates an accurate energy model for Wireless Sensor Device (WSD...
Nowadays energy consumption is a major criterion in any electronic system, especially when it comes ...
International audienceThis paper describes the FPGA demonstrator developed in Telecom Bretagne to me...
This thesis presents a new power model, which is capable of modelling the power usage of many differ...
Characterizing the energy cost of different physical (PHY) layer building blocks is becoming increas...
Characterizing the energy cost of different physical (PHY) layer building blocks is becoming increas...
International audienceNowadays, demands for high performance keep on increasing in the wireless comm...
This paper presents preliminary results regarding system-level power awareness for FPGA implementati...
Recently the concern on energy efficiency in wireless communications has been growing rapidly as ene...
Field programmable gate array (FPGA) processing units present considerably higher programming flexib...
Summarization: Supporting high levels of security in wireless networks is a challenging issue becaus...
This chapter provides an introduction to quantifying the energy consumed by software. It is written ...
The growing complexity of current and future wireless communication systems makes power estimation a...
International audienceThis paper elaborates an accurate energy model for Wireless Sensor Device (WSD...
Nowadays energy consumption is a major criterion in any electronic system, especially when it comes ...
International audienceThis paper describes the FPGA demonstrator developed in Telecom Bretagne to me...
This thesis presents a new power model, which is capable of modelling the power usage of many differ...