1 2004. 12. 7 prof. jundong cho vada lab. project

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1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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Page 1: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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2004. 12. 7

Prof. JunDong Cho

VADA Lab. Project

Page 2: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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Multi-Processor System On a Chip Platform

ARM DMA

DSP

DPRAM

Shared memoryIP

AMBA

Arbiter&

Decoder

BIU/ Decoder

Memory

Communication interface

ARM

DSP

FPGA

ModelSim project file

(ARM9.vhd, DMA.vhd, Arbiter.vhd, Decoder.vhd)

ARM image file

(Linux OS, Boot.s, Kernal.c, dct_test.c)

Running CVE

System Function H/W & S/W Co-Design Platform A

rchitecture Co-Design with Heterogeneous Compo

nents (ARM9, Teak DSP, FPGA)

DVB-T Performance Measurement.

H/W & S/W Performance measurement Method Development.

ARM + DSP + AMBA Bus + Communication Interface

H/W & S/W Co-Simulation with Mento Seamless Tool

Page 3: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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DVB-T Receiver System Implementation

System Spec. DSP

Texas Instrument’s TMSC320C6701 DSP 166 MHz clock, (166 MIPS, 1.0 GFlops peak) 32 bits floating-point architecture/ addressing

FPGA : XILINX Virtex XC2V6000

Memory : 16MB SDRAM, 256kB SBSRAM

Page 4: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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Cryptography Accelerated Board & Chip

Feature (Board) PCI master/target interface MPC860 32bit CPU Co-Design. 1,000,000 gate FPGA

Feature (Chip) Library : Hynix 0.25um Area : 200,000gate Operation Freq. : 100MHz

Page 5: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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PCMCIA Card Type CableCard Prototype

System Function OOB Processor, Copy Protection System Conditional Access System PCMCIA Interface ARM926T Processor.

PODinterface

logic

MPEG- 2transport

demultiplexerand

remultiplexer

Out- of- bandprocessing

Copyprotection

engine

Payloaddecryption

engine

CPUSecure

microprocessor

Memory controller

FLASH RAM

PCMCIAconnector

Point of deployment(POD) module

Page 6: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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Mobile HomeCare System

System Spec.

Intel Xscale PXA255 processor (400MHz)

16MB Flash, 32MB SDRAM

Embedded Linux (2.4.18)

10Mbps wired ethernet, 11Mbps WLAN

Jaurus PDA (Linux based)

Data flow (Gluco data)

Gluco Meter -> RS232 -> WMI Board -> AP -> PDA

PDA -> AP -> RMC Server

Page 7: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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3D Image Processor Prototype Board

System Spec.

FPGA : Xilinx 6,000,000gate

SDRAM : 64MB*4, 16MB*2

USB2.0 Interface

CMOS Image Sensor : 500F/S

Operation flow

1. CMOS Image Sensor

2. 500Frame SDRAM store

3. 500Frame 3D processing & 500Frame store.

4. 30Frame Transfer to PC

USB2.0/PCI

Interface

64MbitSDRAM

64MbitSDRAM

64MbitSDRAM

64MbitSDRAM

16MbitSDRAM

16MbitSDRAM

FPGACMOSImageSensor

PC

64MSDRAM1Interface

64MSDRAM2Interface

64MSDRAM3Interface

64MSDRAM4Interface

I2CInterface

16MSDRAM1Interface

16MSDRAM2Interface

USB2.0/PCI MasterInterface

3D Image Processor Controller

FPGA

Page 8: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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VADA Lab. Hardware IP List

Communication Core

CDMA2000 Low Power Error Correction Codec

IS95 CDMA Searcher Core

Low Power Equalizer/FFT

DVB-T Core

Multimedia Core

MPEG-2 Motion Estimation Core

MPEG-2 DCT Core

CCD Sensor Interface Core.

Cryptography Algorithm HW Core

DES, SEED, RC4, RSA, ECC, SHA1, MD5,

Page 9: 1 2004. 12. 7 Prof. JunDong Cho VADA Lab. Project

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VADA Lab. Hardware IP List

Computer Peripheral Core

PCI Master/Slave Interface Core.

MPC860/AMR Processor Control Core.

SDRAM/SRAM Memory Interface.

PCMCIA Interface Core.

I2C Interface Core.

Core Control SW

ARM9 Device Driver.

PCI Master/Target Device Driver.