This paper investigates the Wiener and least mean square (LMS) algorithms in the design of traversal tap delay line filters for the purpose of compensating the effect of the communication channel. The designed equalizers remove the distortion caused by the channel from the transmitted signal without requiring any specific model or state-space information. The first approach is based on the a recursive Wiener filtering procedure and is designed using the Wiener- Hopf equation. On the other hand, the second approach uses the LMS algorithm and investigates the effect of different step sizes on the speed of the conversion and the accuracy of the overall algorithm. Simulation results are presented and both schemes are compared under different distortion levels and signal to noise ratio(SNR) values via impulse response, frequency response and ABER simulations.

uhd-master
..........\CHANGELOG
..........\README.md
..........\firmware
..........\........\README.md
..........\........\fx2
..........\........\...\.gitignore
..........\........\...\CMakeLists.txt
..........\........\...\b100
..........\........\...\....\.gitignore
..........\........\...\....\CMakeLists.txt
..........\........\...\....\board_specific.c
..........\........\...\....\eeprom_io.c
..........\........\...\....\eeprom_io.h
..........\........\...\....\fpga_load.c
..........\........\...\....\fpga_rev2.c
..........\........\...\....\fpga_rev2.h
..........\........\...\....\gpif.c
..........\........\...\....\usb_descriptors.a51
..........\........\...\....\usrp_common.c
..........\........\...\....\usrp_main.c
..........\........\...\....\usrp_regs.h
..........\........\...\common
..........\........\...\......\.gitignore
..........\........\...\......\_startup.a51
..........\........\...\......\_startup.a51.brittle
..........\........\...\......\delay.c
..........\........\...\......\delay.h
..........\........\...\......\eeprom_boot.a51
..........\........\...\......\eeprom_init.c
..........\........\...\......\fpga.h
..........\........\...\......\fpga_load.h
..........\........\...\......\fpga_regs0.h
..........\........\...\......\fpga_regs_common.h
..........\........\...\......\fpga_regs_common.v
..........\........\...\......\fpga_regs_standard.h
..........\........\...\......\fpga_regs_standard.v
..........\........\...\......\fx2regs.h
..........\........\...\......\fx2utils.c
..........\........\...\......\fx2utils.h
..........\........\...\......\i2c.c
..........\........\...\......\i2c.h
..........\........\...\......\init_gpif.c
..........\........\...\......\isr.c
..........\........\...\......\isr.h
..........\........\...\......\spi.c
..........\........\...\......\spi.h
..........\........\...\......\syncdelay.h
..........\........\...\......\timer.c
..........\........\...\......\timer.h
..........\........\...\......\usb_common.c
..........\........\...\......\usb_common.h
..........\........\...\......\usb_descriptors.h
..........\........\...\......\usb_requests.h
..........\........\...\......\usrp_commands.h
..........\........\...\......\usrp_common.h
..........\........\...\......\usrp_config.h
..........\........\...\......\usrp_globals.h
..........\........\...\......\usrp_i2c_addr.h
..........\........\...\......\usrp_ids.h
..........\........\...\......\usrp_interfaces.h
..........\........\...\......\usrp_spi_defs.h
..........\........\...\......\vectors.a51
..........\........\...\config
..........\........\...\......\CMakeASM_SDCCInformation.cmake
..........\........\...\......\CMakeDetermineASM_SDCCCompiler.cmake
..........\........\...\......\CMakeTestASM_SDCCCompiler.cmake
..........\........\...\......\Rename.cmake
..........\........\...\......\Toolchain-sdcc.cmake
..........\........\...\usrp1
..........\........\...\.....\CMakeLists.txt
..........\........\...\.....\board_specific.c
..........\........\...\.....\eeprom_io.c
..........\........\...\.....\eeprom_io.h
..........\........\...\.....\fpga_load.c
..........\........\...\.....\fpga_rev2.c
..........\........\...\.....\fpga_rev2.h
..........\........\...\.....\gpif.c
..........\........\...\.....\gpif.gpf
..........\........\...\.....\usb_descriptors.a51
..........\........\...\.....\usrp_common.c
..........\........\...\.....\usrp_gpif.c
..........\........\...\.....\usrp_gpif_inline.h
..........\........\...\.....\usrp_main.c
..........\........\...\.....\usrp_regs.h
..........\........\...\utils
..........\........\...\.....\build_eeprom.py
..........\........\...\.....\edit-gpif-b100.py
..........\........\...\.....\edit-gpif.py
..........\........\...\.....\generate_regs.py
..........\........\octoclock
..........\........\.........\Makefile
..........\........\.........\OctoClock.c
..........\........\zpu
..........\........\...\.gitignore
..........\........\...\CMakeLists.txt
..........\........\...\apps
..........\........\...\....\txrx_uhd.c
..........\........\...\bin
..........\........\...\...

• We are an exchange download platform that only provides communication channels. The downloaded content comes from the internet. Except for download issues, please Google on your own.
• The downloaded content is provided for members to upload. If it unintentionally infringes on your copyright, please contact us.
• Please use Winrar for decompression tools
• If download fail, Try it againg or Feedback to us.
• If downloaded content did not match the introduction, Feedback to us，Confirm and will be refund.
• Before downloading, you can inquire through the uploaded person information

Nothing．