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./Work/
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<name>.aiecompile_summary
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A generated file that can be opened in Vitis analyzer to see a compilation
summary. |
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config/scsim_config.json
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A JSON script that specifies options
to the System C simulator. It includes AI Engine array tile geometry, input/output file
specifications, and their connections to the stream
switches. |
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arch/
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|
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logical_arch_aie.larch
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This is a JSON file describing the hardware
requirements of the AI Engine
application. |
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aieshim_constraints.json
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If present, this JSON file represents the
user-defined physical interface constraints between AI Engine array and programmable
logic provided through the AI Engine application. |
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aieshim_solution.aiesol
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This is a JSON file describing the mapping from
logical to physical channels crossing the interface between the
AI Engine array and the
programmable logic. |
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cfgraph.xml
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This is an XML file describing the
hardware requirements of the AI Engine application. This is used by the Vitis tools flow. |
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aie/
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|
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Makefile
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A Makefile to compile code for all AI Engines. |
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<n>_<m>/
|
These are individual AI Engine compilation directories. |
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Release/
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Synopsys release directory for the AI Engine including ELF file. |
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<n>_<m>.lst
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Microcode of the kernel at <n>_<m>. |
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<n>_<m>.map
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Shows the memory mapping of the kernel
at<n>_<m>. It
also includes the memory size, width, and offset. |
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scripts/
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Synopsys compiler project and linker
scripts. |
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src/
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Source files for the processor
including kernels and main. |
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pl/systemC/
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Directory containing System C models for all PL
kernels. |
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Makefile
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A Makefile to compile all PL System C
models. |
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generated-source/
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System C wrappers for each PL kernel. |
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generated-objects/
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Compiled shared libraries for each PL
kernel. |
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ps/c_rts/
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Directory containing C-based run-time control
for modeling PS interaction. |
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aie_control.cpp
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This is the AI Engine control code generated implementing the
init,run,end graph APIs for
the specific graph objects present in the program. This file is
linked with the application main
to create a PS thread for the simulator and bare metal. |
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aie_control_xrt.cpp
|
This is the AI Engine control
code generated implementing the init,run,end graph APIs for the specific graph objects
present in the program. This file is linked with the application
main to create a PS thread for
the Linux application. |
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systemC/
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Directory containing System C models for PS
main. |
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Makefile
|
A Makefile to compile all PS System C
models. |
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generated-source/
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System C wrappers for PS main. |
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generated-objects/
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Compiled shared libraries for PS
main. |
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ps/cdo/
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Directory containing generator code for graph
configuration and initialization in configuration data object (CDO)
format. This is used during System C-RTL simulation and during
actual hardware execution. |
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Makefile
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A Makefile to compile graph CDO |
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generateAIEConfig
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A bash script for building graph CDO |
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generated-sources/
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C++ program to generate CDO. |
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generated-objects/
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Compiled program to generate
CDO. |
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pthread/
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|
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PthreadSim.c
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A source-to-source translation of the input data
flow graph into a C program implemented using pthreads. |
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sim.out
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The GCC compiled binary for PthreadSim.c. |
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reports/
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|
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<graph>_mapping_analysis_report.txt
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Mapping report describing allocation of kernels
to AI Engines and window buffers
to AI Engine memory
groups. |
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<graph>.png
|
A bitmap file showing the kernel graph
connectivity and partitioning over AI Engines. |
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<graph>.xpe
|
An XML file describing the estimated power
profile of the graph based on hardware resources used. This file is
used with the
Xilinx® Power Estimator (XPE) tool. |
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sync_buffer_address.json
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Shows kernel sync buffer addresses with local
and global addresses. |
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lock_allocation_report.json
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Describes the ports and what locks and buffers
are associated with the kernels. |
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dma_lock_report.json
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Shows DMA locks for inputs/outputs to
the AI Engine as well as the kernel(s) they connect to with buffer
info. |
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temp/
|
This directory contains some temporary files
generated by the AI Engine
compiler that can be useful in debugging. In addition, the CF graph
.o file is also created
here by default. |