4-bit IMA ADPCM
adding DSP/BIOS to generated code
applications
logging
Autocorrelation block
automatic board selection
Bit Reverse block
Block Exponent block
block recommendations
blocks
use in target models
Board and processor selection
build configuration
default
MW_custom
build directory
contents of <1> <2>
naming convention
building models
use C62x DSP Library blocks
C6000 Target
code generation options
compiler options
MATLAB to CCS link
runtime options
target selection
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
build
working
C6711DSK ADC block
C6711DSK DAC block
C6711DSK DIP Switch block
C6711DSK LED block
C6711DSK RESET block
c6711dsktest.mdl
errors while running
verifying that the model is running
calls
near and far
CCS IDE
create projects for the IDE
Code Composer Studio
codec data format
command line help
Complex FIR block
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
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
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
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
General Real FIR block
generate optimized code
generate_code_only option
halting a running process
hardware requirements for Embedded Target for TI C6000 DSP
headroom meter
help
command line
Incorporate DSP/BIOS option
indicator, overrun
inline DSP Blockset functions option
internal LED
LED block
LED target
linker error
LMS Adaptive Filter block
logging
about
logging in models
logging options in Simulink Parameters dialog
logging, disabling
manual board selection
Matrix Multiplication block
Matrix Transpose block
models
logging
multiple boards, select a target
MW_custom build configuration
near calls
optimization,target specific
optimize code
OS requirements for Embedded Target for TI C6000 DSP
overflow mode
overflow mode, about
overrun indicator
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 format notation
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
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
table of blocks to avoid in models
target Code Composer Studio
target configuration options
build action
byte order
compiler verbosity
create .map files
generate code only
linker command file
make command
overrun action
retain .asm files
retain .obj files
symbolic debugging
system target file
template makefile
user linker command file
target LED
target specific optimization
test your Embedded Target for TI C6000 DSP installation
C6701 EVM
C6711 DSK
timer, configure
To Rtdx block
tutorial for C6701 EVM blocks
tutorial for C6711 DSK blocks
typographical conventions (table)
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
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>
Weighted Vector Sum block
working directory
wrap