PT_BR

T1 Organizacao e Arquitetura de Computadores II PUCRS 2017/2

Autores:

Felipe Rubin e Ariel Ril

Email:

[email protected] & [email protected]

Arquivos:

ProjectFiles:

glueLogic.vhd: Implementação do hardware da Lógica de Cola

MIPS-MC_SingleEdge: Implementação do MIPS

serialInterface.vhd: Implementacao da Interface Serial

softwareText.txt: Arquivo que sera carregado pelo testbench e contem o Software(Aplicacao e Driver)

mult_div.vhd: Operações de Soma e Divisão

System_tb.vhd: Testbench do Sistema

OlderTestbenches:

MIPS-MC_SingleEdge_tb.vhd: Testbench do MIPS

serial_tb.vhd: Testbench da Interface Serial

Software:

software.asm: O Software

Relatorio:

relatorio.pdf: O relatorio, escrito em português, explicando o sistema

Execução utilizando GHDL e GTKWAVE:

Passo 1: ghdl -a --ieee=synopsys -fexplicit mult_div.vhd MIPS-MC_SingleEdge.vhd glueLogic.vhd serialinterface.vhd System_tb.vhd

Passo 2: ghdl -e --ieee=synopsys -fexplicit system_tb

Passo 3: ghdl -r --ieee=synopsys -fexplicit system_tb --stop-time=500us --wave=wave.ghw

Passo 4 gtkwave wave.ghw

OBS: A execução do passo 3 pode ser feita gerando outro formato de onda, por exemplo vcd ( --vcd=wave.vcd ). Embora mais rápido, não apresenta sinais muito internos.

Creditos:

Os arquivos relacionados à interface serial e ao MIPS foram criados pelos professores Ney Calazans [email protected] e Fernando Moraes [email protected]

EN_US

Assignment 1 Computer Organization and Design II PUCRS 2017/2

Authors:

Felipe Rubin & Ariel Ril

Email:

[email protected] & [email protected]

Files:

ProjectFiles:

glueLogic.vhd: Implementation of the Glue Logic Hardware

MIPS-MC_SingleEdge: MIPS Implementation

serialInterface.vhd: Serial Interface Implementation

softwareText.txt: File that will be loaded by the testbench and contains

the Software(Application and Driver)

mult_div.vhd: Multiplication and Sum operations

System_tb.vhd: System Testbench

OlderTestbenches:

MIPS-MC_SingleEdge_tb.vhd: MIPS Testbench

serial_tb.vhd: Serial Interface Testbench

Software:

software.asm: The software

Relatorio:

relatorio.pdf: The assignment text,written in portuguese, explaining the system

Execution using GHDL and GTKWAVE:

Step 1: ghdl -a --ieee=synopsys -fexplicit mult_div.vhd MIPS-MC_SingleEdge.vhd glueLogic.vhd serialinterface.vhd System_tb.vhd

Step 2: ghdl -e --ieee=synopsys -fexplicit system_tb

Step 3: ghdl -r --ieee=synopsys -fexplicit system_tb --stop-time=500us --wave=wave.ghw

Step 4: gtkwave wave.ghw

OBS: The execution in step 3 can be made using other wave format, for exemple vcd (--vcd=wave.vcd ). While it is faster, it does not show too many internal signals.

Credits:

The files related to the serial interface and MIPS where created by professor Ney Calazans [email protected] and professor Fernando Moraes [email protected]