International audienceThis article presents the application of a gradient algorithm on impairments correction for polar and LINC transmitters (LInear amplification with Non linear Component). The two aspects of the approach are presented: identification and correction. The large improvements obtained using such solutions are demonstrated for both transmitters
Due to the increasing demand of high data rate in recent years, orthogonal frequency division multip...
Embodiments of the invention may provide for a digital LINC (linear amplification with nonlinear com...
This paper presents a compact model for LINC (linear amplification with non linear components) trans...
International audienceThis article presents the application of a gradient algorithm on impairments c...
PreprintInternational audienceLinear amplification with Nonlinear Component (LINC) transmitter archi...
Abstract: The LInear amplification using Nonlinear Components (LINC) technique is a well-known power...
Wireless high-speed digital communications systems are becoming increasingly commonplace for both co...
The linear amplifier with nonlinear components (LINC) is highly efficient because it uses a highly e...
Future mobile radiocommunications systems will use linear modulations because they show a higher spe...
There have been many efforts to improve efficiency of transmitter while meeting stringent linearity ...
Abstract—Polar architecture is a regarded solution for the design of efficient transmitters for radi...
Due to the increasing demand of high data rate in recent years, orthogonal frequency division multip...
Embodiments of the invention may provide for a digital LINC (linear amplification with nonlinear com...
This paper presents a compact model for LINC (linear amplification with non linear components) trans...
International audienceThis article presents the application of a gradient algorithm on impairments c...
PreprintInternational audienceLinear amplification with Nonlinear Component (LINC) transmitter archi...
Abstract: The LInear amplification using Nonlinear Components (LINC) technique is a well-known power...
Wireless high-speed digital communications systems are becoming increasingly commonplace for both co...
The linear amplifier with nonlinear components (LINC) is highly efficient because it uses a highly e...
Future mobile radiocommunications systems will use linear modulations because they show a higher spe...
There have been many efforts to improve efficiency of transmitter while meeting stringent linearity ...
Abstract—Polar architecture is a regarded solution for the design of efficient transmitters for radi...
Due to the increasing demand of high data rate in recent years, orthogonal frequency division multip...
Embodiments of the invention may provide for a digital LINC (linear amplification with nonlinear com...
This paper presents a compact model for LINC (linear amplification with non linear components) trans...
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