System_on_chip Verilog code for sysytem on chip - source code download

codelooker → Download → Hardware/embedded → VHDL Develop

Search:

System_on_chip

Classification:Hardware/embedded - VHDL Develop Development Tool:VHDL Sise:167 KB Upload time:2014/7/17 19:27:38 Uploader:junyu Download Statistics:

Description

Verilog code for sysytem on chip

File list:
System_on_chip
.............\ipcore_dir
.............\iseconfig
.............\.........\fifo.xreport
.............\.........\System_on_chip.projectmgr
.............\isim
.............\....\fifo_isim_beh.exe.sim
.............\....\.....................\tmp_save
.............\....\.....................\........\_1
.............\....\.....................\work
.............\....\.....................\....\fifo_isim_beh.exe_main.c
.............\....\.....................\....\fifo_isim_beh.exe_main.nt.obj
.............\....\.....................\....\m_00000000003308340661_0948142031.c
.............\....\.....................\....\m_00000000003308340661_0948142031.didat
.............\....\.....................\....\m_00000000003308340661_0948142031.nt.obj
.............\....\.....................\....\m_00000000004134447467_2073120511.c
.............\....\.....................\....\m_00000000004134447467_2073120511.didat
.............\....\.....................\....\m_00000000004134447467_2073120511.nt.obj
.............\....\.....................\fifo_isim_beh.exe
.............\....\.....................\isimcrash.log
.............\....\.....................\ISimEngine-DesignHierarchy.dbg
.............\....\.....................\isimkernel.log
.............\....\.....................\netId.dat
.............\....\fifo_tb_isim_beh.exe.sim
.............\....\........................\tmp_save
.............\....\........................\........\_1
.............\....\........................\work
.............\....\........................\....\fifo_tb_isim_beh.exe_main.c
.............\....\........................\....\fifo_tb_isim_beh.exe_main.nt.obj
.............\....\........................\....\m_00000000000406557129_4160924016.c
.............\....\........................\....\m_00000000000406557129_4160924016.didat
.............\....\........................\....\m_00000000000406557129_4160924016.nt.obj
.............\....\........................\....\m_00000000003308340661_0948142031.c
.............\....\........................\....\m_00000000003308340661_0948142031.didat
.............\....\........................\....\m_00000000003308340661_0948142031.nt.obj
.............\....\........................\....\m_00000000004134447467_2073120511.c
.............\....\........................\....\m_00000000004134447467_2073120511.didat
.............\....\........................\....\m_00000000004134447467_2073120511.nt.obj
.............\....\........................\fifo_tb_isim_beh.exe
.............\....\........................\isimcrash.log
.............\....\........................\ISimEngine-DesignHierarchy.dbg
.............\....\........................\isimkernel.log
.............\....\........................\netId.dat
.............\....\temp
.............\....\....\fifo.sdb
.............\....\....\fifo_tb.sdb
.............\....\....\glbl.sdb
.............\....\work
.............\....\....\fifo.sdb
.............\....\....\fifo_tb.sdb
.............\....\....\glbl.sdb
.............\....\isim_usage_statistics.html
.............\....\pn_info
.............\xst
.............\...\dump.xst
.............\...\........\fifo.prj
.............\...\........\........\ngx
.............\...\........\........\...\notopt
.............\...\........\........\...\opt
.............\...\projnav.tmp
.............\...\work
.............\...\....\vlg7C
.............\...\....\.....\fifo.bin
.............\...\....\hdllib.ref
.............\_xmsgs
.............\......\pn_parser.xmsgs
.............\......\xst.xmsgs
.............\fifo.cmd_log
.............\fifo.lso
.............\fifo.ngc
.............\fifo.ngr
.............\fifo.prj
.............\fifo.stx
.............\fifo.syr
.............\fifo.v
.............\fifo.xst
.............\fifo_envsettings.html
.............\fifo_isim_beh.exe
.............\fifo_stx_beh.prj
.............\fifo_summary.html
.............\fifo_tb.v
.............\fifo_tb_beh.prj
.............\fifo_tb_isim_beh.exe
.............\fifo_tb_isim_beh.wdb
.............\fifo_tb_stx_beh.prj
.............\fifo_xst.xrpt
.............\fuse.log
.............\fuse.xmsgs
.............\fuseRelaunch.cmd
.............\isim.cmd
.............\isim.log
.............\System_on_chip.gise
.............\System_on_chip.xise
.............\webtalk_pn.xml
.............\xilinxsim.ini

Related source code

[pos system] -
[Mass-Spring-Damper System] - Robust control of mass-spring-damper system
[Magnetic levitation system control] - This is an implementation of magnetic levitation system control using H-infinity
[chaotic systems toolbox] - This toolbox contains a set of functions which can be used to simulate some of the most known chaotic systems, such as: - The Henon map - The Ikeda map - The Logistic map - The quadratic map - The Lorentz flow - The Mackey-Glass flow - The Rossler flow The user may add normal white noise to the systems, change their parameters, or try different initial conditions. Additional functions provided for phase space reconstruction, surrogate data (simulation of the linear characteristics of a time series), dimension and noise estimation, and noise reduction.
[expansion planning of power system] - 6 bus expansion planning of power electric system for load growing
[inventory system] - source code to count the value of all items in the inventory system
[Church Membership Registration Syste...] - I developed the attached for a Church in Nigeria. VB.Net
[BALL AND BEAM SYSTEM] - This paper studies the control of the ball-and beam system by different controllers. Many nonlinear controllers for ball and beamsystem can achieve in some cases asymptotic stability.On the other hand, many laboratories useProportional Integral Derivative control for the ball and beam system, but theory analysisis based on a linear approximate model. Therefore, some methods of controlfor the ball's position in this system are required for getting ideal system. The fuzzy logic controller will achieved ideal response of the stability of Ball and Beam system.Later in this paper, we will implement a PID control and fuzzy logic control to get the ideal stability. The paper had shown great progress and successful results.
[Protection-system-pscad] - protection system design with pscad
[BankSystem] - Bank management program

Download Address

DownLoad

Comments: Don't forget to comment after downloading! Comment...

About - Advertise - Sitemap