搜索资源列表
ram
- main程序开始, 让用户输入需要操作的内存空间大小,最大不超过5000 bytes,通过malloc函数分配空闲区, 然后让用户输入命令选定需要进行的操作,命令按照格式输入, m为分配空间,需要输入参数为需要分配的空间大小, f为回收空间,需要输入的参数为需要释放的空间大小和释放空间起始地址的物理地址, F也是回收空间的命令,为调试方便而设计的操作,需要输入的参数为需要释放的空间的大 小和释放空间起始地址的逻辑地址, 操作结束后调用display函数打印空间区表,
RAM
- ram使用手册,很有帮助作用的,对于查找函数。-ram manual, helpful role, for the search function.
RAM
- 在Freescale DSP的基础上扩展的RAM,用C语言编写-Ti isabout RAM 。
my_RAM
- pdf actel fpga verilog ram读写-pdf actel fpga verilog ram read and write
ramtest
- DSP最新的28335 ram测试程序,可以参考-The latest DSP 28335 ram test program, see
RAM-kuozhan
- ram扩展proteus仿真实用程序,已经调试通过 -ram extension proteus simulation utility, has been debugged
LIP2301CORE_Synthesisable-RAM
- Verilog Synthesisable RAM source code
ram_dp_sr_sw
- dual ram port in verilog
Ram-block-code
- It is a VHDL code for Block RAM
FPGA-Prototyping-by-VHDL-Examples---Xilinx-Sparta
- FPGA prototyping by VHDL examples include FIFO,RAM,ROM,filters, registers and others-FPGA prototyping by VHDL examples include FIFO,RAM,ROM,filters, registers and others
dualportram_asch
- This an asychronous dual port ram-This is an asychronous dual port ram
read-RAM
- 读写RAM,很好用,我自己写的。 读写RAM,很好用,我自己写的。-Read and write RAM, is useful, I wrote it myself.
ad-ram
- ad采样 通过fpga 传输给ram-ad fpga ram verilog
8155program
- 当CE=0,IO/M=0时,8155只能做片外RAM使用,共256 B。其寻址范围由以及AD0~AD7的接法决定,这和前面讲到的片外RAM扩展时讨论的完全相同。当系统同时扩展片外RAM芯片时,要注意二者的统一编址。对这256 B RAM的操作使用片外RAM的读/写指令“MOVX”。 作扩展I/O用 当 CE=0,IO/M=1时,此时可以对8155片内3个I/O端口以及命令/状态寄存器和定时/计数器进行操作。与I/O端口和计数器使用有关的内部寄存器共有6个,需要三位地址来区分。-W
ram_tb
- ram vhdl module for modelsim and vhdl design
RAM
- ram code in VHDL with its test code
shishi
- 基于FPGA的实时采样系统设计!双口ram典型应用!-FPGA-based real-time sampling system!
equivalent_sample
- 基于FPGA的等效采样系统设计,包含状态机设计,双口ram使用方法,分频设计等-FPGA-based equivalent sampling system design, including the state machine design, dual-port ram usage, frequency design
DualPortRam
- A systemc implementation of dual port ram module. A vcd file as the sample result is also included. There is a generator for reading/writing data from/to the two ports of the RAM, the tracing of which is offered using the sc_trace API.
program-copy-from-flash-to-RAM-
- TMS320F2812。程序在内部RAM执行比在Flash执行快很多,但RAM又无法长久保存程序,本文探讨如何实现从flash拷贝整个程序到RAM上运行的方法-TMS320F2812. Program execution in internal RAM is much faster than the Flash implementation, but the RAM and can not long-term preservation program, the paper investigate