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August 29, 2019 Sam Siewert CEC 320 Microprocessor Systems Lecture - Jetson Multi - Core ARM Cortex - A15 Overview
August 29, 2019 Sam Siewert
CEC 320Microprocessor Systems
Lecture - Jetson Multi-Core ARM Cortex-A15 Overview
NUC/Jetson Linux - Go To Lab, Verify LoginOption #1 – Use King 122 NUC / Jetson Lab– Learn Host and Embedded
Linux– Getting Started with Linux– Jetson - Used for Self-Driving
Cars and Autonomous Systems
– NUC - Linux Systemssh -X [email protected]
– [from Host 121]
Option #2 - Raspberry Pi 3b+– $80 kit, $30 processor board– You own it, can be used for
entire course– Borrow one from Instructor
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Questions on Lab Resources?B72-122-NUC1 [192.168.122.111] => B72-TK1-112 [192.168.122.112]
…
B72-122-NUC9 [192.168.122.191] => B72-TK1-192 [192.168.122.192]
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Left Side - #1 to #4
#5 & #6
Left Side - #7 to #9
Downloading and Copying FilesGetting Files to NUC– Option #1 - Bring files to Lab
on USB Memory Stick, Plug into NUC (or Jetson)
– Option #2 - Download files from NUC Web browser (right click, Save-Link-as)
– Option #3 - Put files on a Shared “P:” Windows drive and access from NUC
Getting Files from NUC to Jetson (Testing)– Use “Connect to Server” from
“Places” and use SSH to Jetson IP, using “ubuntu”, “ubuntu”
– Drag and drop files from NUC folder to Jetson folder
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Now Drag and Drop Files on NUC Desktop
Transfer files to/from NUCTake code with you on memory stick or copy to P: drive before you leave (backed up)Remove test files from JetsonCompile code native on Jetson (like PRClab)Possible to cross-compile, cross-debug if you want with NVIDIA tools
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