Embedded Target for Texas Instruments C6000 DSPs

Index

Numerics

4-bit IMA ADPCM

A

adding DSP/BIOS to generated code

applications

logging

Autocorrelation block

automatic board selection

B

Bit Reverse block

Block Exponent block

block recommendations

blocks

use in target models

Board and processor selection

build configuration

build directory

building models

use C62x DSP Library blocks

C

C6000 Target

code generation options

targeting Code Composer Studio

TI C6000 linker options

C62x DSP Library blocks

building models

choose blocks to optimize code

common characteristics

Q format notation

use source and sink blocks

C6701 EVM

confirming proper configuration

DIP switch configuration for targeting C6701 EVM

general code generation options

start/stop models

target options

TLC debugging options

tutorial about multirate applications

C6701 EVM ADC block

C6701 EVM blocks

tutorial

C6701 EVM directories

build

working

C6701EVM ADC

choose the codec data format

choose the sample rate

select the data type

select the scaling

use fixed-point arithmetic

C6701EVM ADC block

C6701EVM ADC dialog

C6701EVM DAC block <1> <2>

choose the codec data format

choose the scaling

overflow mode

C6701EVM DAC dialog

C6701EVM DIP Switch block

C6701EVM LED block

configure the block

select the target LED

the overrun indicator

C6701EVM RESET block

c6701evmtest.mdl

errors while running

use

verifying that the model is running

C6711 DSK

configure

fixed sample rate

start/stop models

tutorial about multirate applications

C6711 DSK blocks

tutorial

C6711 DSK directories

C6711DSK DIP Switch block

verifying that the model is running

calls

near and far

CCS IDE

create projects for the IDE

configure the software timer

configure your C6711 DSK for Embedded Target for TI C6000 DSP

confirm your C6701 EVM configuration

convert data types

Convert Floating-Point to Q.15 block

Convert Q.15 to Floating-Point block

current C6701 EVM CPU clock rate

D

data format, 16-bit linear

data format, 8-bit A law

data format, 8-bit mu law

data format, codec

data type, select

default build configuration

disabling logging

DSP/BIOS

added files

adding to generated code

files removed from project

E

Embedded Target for TI C6000 DSP

about <1> <2>

configure C6701EVM ADC blocks

configure C6701EVM LED blocks

configure C6711DSK LED blocks

configure the C6701EVM DAC block

create Simulink model for targeting

errors while running test model c6701evmtest

errors while running test model c6711dsktest

expected background for use

general help

hardware and OS requirements

information for new users

peripheral hardware for testing C6701 EVM operation

peripheral hardware for testing C6711 DSK operation

procedure for testing the operation

requirements for TI software

requirements for use

select the target LED

starting/stopping test model c6701evmtest

starting/stopping test model c6711dsktest

suitable applications

test installation and operation of the C6701 EVM

test installation and operation of the C6711 DSK

use C6701 EVM blocks

error select board automatically

errors running c6701evmtest.mdl

errors running c6711dsktest.mdl

export filters to CCS IDE from FDATool

select the export data type

set the Export mode option

set the Target selection options

set Variable names in C header file

set Variable names in target symbol table

exporting filters to CCS IDE from FDATool

tutorial

external LED

F

far calls

FDATool

See export filters to CCS IDE from FDATool

FFT block

files added to DSP/BIOS project

files removed from DSP/BIOS projects

fixed-point numbers

signed

From Rtdx block

G

General Real FIR block

generate optimized code

generate_code_only option

H

halting a running process

hardware requirements for Embedded Target for TI C6000 DSP

headroom meter

help

command line

I

Incorporate DSP/BIOS option

indicator, overrun

inline DSP Blockset functions option

internal LED

L

LED block

LED target

linker error

LMS Adaptive Filter block

logging

about

logging in models

logging options in Simulink Parameters dialog

logging, disabling

M

manual board selection

Matrix Multiplication block

Matrix Transpose block

models

logging

multiple boards, select a target

MW_custom build configuration

N

near calls

O

optimization,target specific

optimize code

OS requirements for Embedded Target for TI C6000 DSP

overflow mode

overflow mode, about

overrun indicator

P

prerequisites for using Embedded Target for TI C6000 DSP

procedure for testing Embedded Target for TI C6000 DSP

profile generated code

profile report

about

reading

sample

projects, create for CCS

Q

Q format notation

R

Radix-2 FFT block

Radix-2 IFFT block

Radix-4 Real FIR block

Radix-8 Real FIR block

Real IIR block

Reciprocal block

RTDX links. See links.

RTW build options

generate_code_only

run the EVM confidence test

S

sample rate for C6711 DSK

saturate

select blocks for models

select data type

set C6701 EVM DIP switches for Embedded Target for TI C6000 DSP

signed fixed-point numbers

simulators and board selection, board selection, simulators

simulators, about

source and sink blocks

stopping running models

suitable applications for Embedded Target for TI C6000 DSP

Symmetric Real FIR block

T

table of blocks to avoid in models

target Code Composer Studio

target configuration options

user linker command file

target LED

target specific optimization

test your Embedded Target for TI C6000 DSP installation

tutorial for C6701 EVM blocks

tutorial for C6711 DSK blocks

typographical conventions (table)

U

use blocks for the C6701 EVM

use blocks for the C6711 DSK

use C62x DSP Library blocks

use C6701 EVM blocks

use c6701evmtest.mdl

use C6711 DSK blocks

use logging in models

use simulators for development

user LED

V

Vector Dot Product block

Vector Maximum Index block

Vector Maximum Value block

Vector Minimum Value block

Vector Multiply block

Vector Negate block

Vector Sum of Squares block

verify that c6701evmtest.mdl is running <1> <2>

W

Weighted Vector Sum block

working directory

wrap

Weighted Vector Sum