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# 使用 Raspberry Pi Camera 和 AWS Greengrass + QIoT + QuAI進行對象檢測範例 (中文) 準備事項 : 1. AWS 帳號 2. Raspberry Pi 3. USB 網路攝影機 ## 應用範例-1 * USB 網路攝影機 --> AWS Greengrass IoT 裝置 --> AWS Greengrass 核心 --> QIoT Suite Lite --> QuAI --> AWS Greengrass 核心 Lambda --> AWS Cloud --> AWS S3 儲存貯體 ![](https://lh5.googleusercontent.com/aoo3W42OK2QebVCYr6vnbVwPRHK00sxDlAQu5bo2--lQGLcmWWBdzyaj1f6d4KtAu6v3WuZenbea6YCbKFUqiz-csn-xhOMyf93wz6mJGumqTe0RjujgxCEwPC-mv0cbL-m7Im4) ### 步驟-1 : 設定 AWS Greengrass 核心 1. 從App Center安裝AWS Greengrass APP ![](https://lh3.googleusercontent.com/T3tEtqax5wHzvUPxGyAsi9OM3sdI7MS3teIB4yIM3drB89B1gvjJ8T2mMbjW9mpsq9k7jXPceKhufaRKMKGihM46ONxW56S0KkRKWmjJXinufn7czXFr2pP7jL9gZUBHUs0MUQY) 2. 在QNAP AWS Greengrass App中設定您的AWS Greengrass 群組&核心。 有關詳細信息,請參閱此連結 : https://www.qnap.com/en/how-to/tutorial/article/how-to-setup-aws-greengrass-on-qnap-nas/ 3. 建立AWS Greengrass Lambda : **"SendGGImageToQIoT"** & **"QIoTIntegration"** 。對於本範例,我們使用基於Node.js的Lmabda函數,您還應該更新它的Memeory限制和Timeout設定。可以再此資料夾中找到Demo Lambda的原始碼 : [AWS_Greengrass_Lambda](https://github.com/qnap-dev/qnap-qiot-sdks/tree/master/projects/AWSGreengrass-Integration-Scenarios/Greengrass_device_QIoT_QuAI/AWS_Greengrass_Lambda). (建立Lambda function請參考AWS說明文件 : https://docs.aws.amazon.com/greengrass/latest/developerguide/create-lambda.html) ![](https://lh6.googleusercontent.com/25L0HDAsmD3lvlnwPQ_-wdldMx97gf51xCXIOys5ecNO-SeD431zT7raB16Zi31L9vXbXwD4-HMotYdbREds8qz7BO8d-ZS_O8rwUlTqM6u6eOw1KoZ4U2EEIKIAcUdU6f9LI8M) ![](https://lh6.googleusercontent.com/58pe_n7cZQSkKhdiyq_m30_2_Kzgu6GLxHrI1g9dgk_ZjSUqkQHFfKJ21aylYhLLYxKtFo48RoEtD2_-NQhIxNp5YbX1iyVr8tLhgN8wo7v4fKXvkbc_5CZegkypYMMzUsjK5Wg) 4. 在Greengrass 群組裝置部分中建立一個新裝置,如下圖所示 : [https://docs.aws.amazon.com/greengrass/latest/developerguide/device-group.html](https://docs.aws.amazon.com/greengrass/latest/developerguide/device-group.html) **<font color=red># 注意:請保留您的裝置證書,解壓縮並上傳到您的Raspberry Pi</font>** ![](https://lh4.googleusercontent.com/HQ9zM0YtiJWGb9PFW91_70qj_wB6RKd-Gt5jdZHYLAH4vY0HVKqgG_PLNdHF-LYUFhXailJcIamMgwOldPxjlXrap_vibz2Xu7noNn5rDHybcHeBWfdJiuRrdXyr_9v-npM28e0) 5. 建立以下3個訂閱列表 : * Greengrass IoT 裝置到 **"SendGGImageToQIoT:9"** Lambda,此規則將攝影畫面發送給此 Lambda 函數送到QIoT Suite Lite轉送給QuAI進行圖像檢測。設定資訊 : * 來源 --> **GG_Camera** * 目標 --> **SendGGImageToQIoT** * 主題 --> **cameraImage** * 此 **"QIoTIntegration"** Lambda 函數是將圖片跟辨識結果上傳到 IoT Cloud 與 S3。設定資訊 : * 來源 --> **QIoTIntegration** * 目標 --> **IoT Cloud** * 主題 --> **#** * Greengrass IoT 裝置到 **"QIoTIntegration:16"** Lambda,此規則是利用Greengrass IoT 裝置觸發此Lambda函數執行。設定資訊 : * 來源 --> **GG_Camera** * 目標 --> **QIoTIntegration** * 主題 --> **triggerLambda** 有關這3個訂閱列表,目標和主題詳細信息,請參閱下圖 : ![](https://lh4.googleusercontent.com/izAtzHGnuMAQ9nQv6HmLLuRiPd5w1Xz_gx9biRv16oTlkEZj0WCQPETUIUqEX9mQB1Z4UPwBIU0jGu1ITmLSYNgBL0T2Hk7pq9wynJkE0WhvWpQy6rVWyeplo23rwn3jJZ6m-xk) 6. 部署 Greengrass 群組. ![](https://lh4.googleusercontent.com/p56Qc4HF45UO3jABY6TnQmLXAmBfQq_nqH-UkE6G7m8qaeEiWTSczwB0n5BTLluVYTIMcW5D27D8IYMishnIhai5fP61My3f-nCGINv_L4BUbhHB_VGeBSpw7jVWdj_OkwhBFNg)</span> 7. 在 QNAP Greengrass App 中驗證 Greengrass 核心守護程序狀態 ![](https://i.imgur.com/8TsiGYx.png) 8. 要觸發 **QIoTIntegration** Lambda 函數來接收 QIoT Suite Lite 訊息,您必須下載 AWS IoT Python SDK --> [**basicDiscovery.py**](https://github.com/aws/aws-iot-device-sdk-python/blob/master/samples/greengrass/basicDiscovery.py) 並使用 **GG_Camera** 裝置證書文件來執行以下命令 : ```bash python basicDiscovery.py -e <youtiothostname>.iot.<region>.amazonaws.com -r root-ca.pem -c XXXXXXXX.cert.pem -k XXXXXXXX.private.key -n GG_Camera -m publish -t triggerLambda -M "{'status':'start'}" ``` - **-e** : Aws IoT 終端節點(在 **AWS IoT** 主頁**設定**下,記下**終端節點**的值) - **-r** : 根證書路徑 (In here : https://docs.aws.amazon.com/iot/latest/developerguide/managing-device-certs.html) - **-c** : IoT 裝置證書路徑 - **-k** : IoT 裝置金鑰路徑 - **-n** : IoT 裝置名稱 ### 步驟-2 : 設定 AWS Greengrass 裝置 安裝 **AWSIoTPythonSDK** 軟體自您的 Raspberry Pi 中 **(參考此說明文件來安裝 : https://docs.aws.amazon.com/greengrass/latest/developerguide/IoT-SDK.html)** 並且從 [**RaspberryPi_side**](https://github.com/qnap-dev/qnap-qiot-sdks/tree/master/projects/AWSGreengrass-Integration-Scenarios/Greengrass_device_QIoT_QuAI/RaspberryPi_side)上傳 **"send_image_AWSGG.py"** 到您的 Raspberry Pi 中,以及輸入此命令安裝影像擷取軟體 : ```bash sudo apt update && sudo apt install fswebcam ``` ### 步驟-3 : 設定示範 QuAI 1. 開啟NAS上的Container Station 2. 切換到 **Crtare** 頁面,於搜尋列搜尋 **"qeekdev/aipredict"** 3. 點選 **Install** 進行安裝 ![](https://i.imgur.com/q1Ps54Y.png) 4. 點擊 **Advanced Settings** 進入進階設定頁面 ![](https://i.imgur.com/7E6RKvt.png) 5. 切換到 **Network** 頁面設定Port,參考下圖設定(若您有服務與此Port相衝突到,請自行更換),完成後請點擊 **Create** 建立容器 : ![](https://i.imgur.com/sIWTvu3.png) 4. 建立完成後,位於左邊的 **Overview** 功能項目裡,可檢視剛建立完成的新容器,該容器功能為AI辨識照片的服務。 ![](https://i.imgur.com/H8FtewP.png) ![](https://i.imgur.com/Y4XPQwL.png) 5. 瀏覽器進入 http://\<IP\>:8082/api/v1/ 進行測試,操作結果如下 : ![](https://i.imgur.com/F91rKZG.png) ![](https://i.imgur.com/Ovz8LZv.png) ***其他佈署資訊可參考Dockerhub上的頁面 : https://hub.docker.com/r/qeekdev/aipredict/*** ### 步驟-4 : 設定 QIoT Suite Lite 在 QIoT Suite Lite 中建立一個新的 IoT 應用,從 IoT 應用匯出文件 [**LiveDemo.json**](https://github.com/qnap-dev/qnap-qiot-sdks/tree/master/projects/AWSGreengrass-Integration-Scenarios/Greengrass_device_QIoT_QuAI/QIoT_IoT_App) 匯入到 QIoT Suite Lite中, 或者您可以自己建立一個新的 IoT 應用,可以按照以下步驟建立 : **<font color=red># 注意:您需要在QIoT Suite Lite規則中安裝 “[node-red-contrib-file-upload](https://flows.nodered.org/node/node-red-contrib-file-upload)” 模組,安裝方式參考 : [How to install other modules in QIoT Suite Lite NodeRED?](https://www.qnap.com/go/how-to/tutorial/article/how-to-install-other-modules-in-qiot-suite-lite-nodered)</font>** 1. 建立 IoT 應用和2個 IoT 裝置 : **"cameraPi"** 和 **"AWSgreengrass"** ![](https://lh6.googleusercontent.com/JRMA3WIlr0kOcAeolsC8K-jLxNwzI5zaZlhBqI1BvaUyBgKSFvvDcg4prHw7Eun70oJekbyRBn0tiGCTxcatn8a9Tz9WWc8qbMlBewyP97dnjVge4g70cc3LXjZk-1WFe3PCRTg) 2. 建立裝置資源 : **cameraPi-->"image"** and **AWSgreengrass-->"resolve"** ![](https://i.imgur.com/PM18eDQ.png) ![](https://i.imgur.com/AlJ872J.png) 3. 匯入 [**rulesJson.json**](https://github.com/qnap-dev/qnap-qiot-sdks/tree/master/projects/AWSGreengrass-Integration-Scenarios/Greengrass_device_QIoT_QuAI/QIoT_IoT_App) 到Node-red中,切換到 Rules 頁面 --> 匯入 --> 剪貼簿,您將會看見兩個流程匯入 ![](https://lh6.googleusercontent.com/Za0OytH3y7ghKJzf5DjHOjKRlLIkmT9j_fiyYYRzZ-Zj4eMUPFMcc39NzKA-9cA_e8qiOD5Tth0frvq3RpDZJLLoW0GyanlwwsjBVP5rQ-r3v-lp-tKsxA4a4rYEsQ0U2TSDvyc) ![](https://lh4.googleusercontent.com/DzNaHMykwGYKoiZvC_EOiAdlxyZEAl3RgqpVvt2y8rRSVmfCQLX6uJFWPHiSSoWrXGoRNzheZiOiZqpim26SM47LH4xf2-zV_MPXA3vCH_NeDSGVlhifniGLxzzqM6WQ8tfizks) 4. 驗證您的儀表板 * 點擊下圖紅框處測試 Dashboard 、 AI Sample Container 和 AWS Greengrass是否有正常運作 ![](https://i.imgur.com/UYyaOfq.png) * 觀看右側Debug欄位是否有出現正常log ![](https://i.imgur.com/378lUyo.png) * 切換到Dashboard頁面是否有呈現數值及照片 ![](https://i.imgur.com/TEI7ScB.png) ### 步驟-5 : 設定 AWS cloud S3 與規則 1. 建立 **MoveImageToS3** Node.js Lambda 函數在 AWS Lambda 服務. **(請在此資料夾中找到 Demo Lambda 的原始碼 [AWS_Greengrass_Lambda](https://github.com/qnap-dev/qnap-qiot-sdks/tree/master/projects/AWSGreengrass-Integration-Scenarios/Greengrass_device_QIoT_QuAI/AWS_Greengrass_Lambda))**(建立Lambda 函數請參考AWS說明文件 : https://docs.aws.amazon.com/greengrass/latest/developerguide/create-lambda.html) 2. 建立一個新的 S3 儲存貯體 **"qiotquaiggdemo"** 在 AWS S3 服務上 (建立 S3 儲存貯體請參考AWS說明文件 : https://aws.amazon.com/s3/getting-started/?nc1=h_ls) 3. 參考下圖修改 Lambda 函數中的 S3 儲存貯體設定,依據您的 AWS IAM 及 S3 儲存貯體上的設定填入 accessKeyId、secretAccessKey、Bucket 等資訊: ![](https://i.imgur.com/RrNTrqC.png) 4. 建立一個行動(規則)在 AWS IoT 中,使用Lambda 函數上傳圖片到 S3 儲存貯體,請選擇 **"叫用傳遞訊息資料的 Lambda 函數"** ![](https://lh3.googleusercontent.com/LzmfyLP9fgCHpl_UzO7UuYFp5GC_iOE89xv-HSfvr71IXjUt2JI299Dn1W_dREIrTIAVkcLEKuZEbbl4EUQsoZVCigKteRSTnab0nEwqg1yQ9vWfOa_TsXIgHyGXLRWVK7dZzHQ) ![](https://lh6.googleusercontent.com/KooGSOAGpji2f8GMaxhXdPKnd7XhqVSdJ5ThQATV46Q5TfwmcRIxCLIBQGq78HOGB0mpCj0vP5EQZDgwHQBuEJpaFFZNbLbufG9qQifLWi56Kul_2WM0Dt1UNtkPg0tl6d3b9Fo) 5. 在下拉選單中選擇 **MoveImageToS3** 並點擊 **更新** ![](https://lh3.googleusercontent.com/EXlN0yjPK3SSYAkr05qbAynrP9swgapkX-kAPLoHuUEgumwsVKwnmuk7iPpNdXkzMXaawE2jfxy9V0aMK19hQ660L40f-pRE_BswbfqxaxJRWVfxry_vcCjcCinUnCAVvdetPPw) ![](https://lh4.googleusercontent.com/t-5PBES_Nic52i3tpj2euX_v51eQQ-gt9TLpzIotc1Wqwc2MMuFxqaEYs3e4_llwLHYnBuU3yx7XkvXslxQUkX3jQUboy4JU9NXRGelYTZuzuAfd6xPWX5jhH-vPRbWZ4o1v6BU) ### 步驟-6 : 啟動 demo 在 Raspberry Pi 中通過執行以下命令啟動程式: ```bash python send_image_AWSGG.py -e <host>.iot.<region>.amazonaws.com -r root.ca.pem -c <GG_Camrea_Cert_pem_file> -k GG_Camrea_Cert_private_key_file -n GG_Camera -m publish -t "cameraImage" ``` - **-e** : Aws IoT 終端節點(在 **AWS IoT** 主頁**設定**下,記下**終端節點**的值) - **-r** : 根證書路徑 (In here : https://docs.aws.amazon.com/iot/latest/developerguide/managing-device-certs.html) - **-c** : IoT 裝置證書路徑 - **-k** : IoT 裝置金鑰路徑 - **-n** : IoT 裝置名稱 ### 步驟-7 : 驗證 demo 1. 在 QIoT Suite Lite 儀錶板 : ![](https://i.imgur.com/8Y2MzYM.png) 2. 在 AWS IoT Cloud : ![](https://i.imgur.com/bvvR3t2.png) 3. 在 AWS S3 : ![](https://i.imgur.com/Pr5B0g7.png) ## 應用範例-2 * USB 網路攝影機 --> QIoT Suite Lite IoT 裝置 --> QIoT Suite Lite --> QuAI --> AWS Greengrass 核心 Lambda --> AWS Cloud --> S3 儲存貯體 ![](https://lh6.googleusercontent.com/HmfJ0dfu50Pxr9dNL9x2bXY-JuhE6On5YRT4FGRbk_8nBc1WpucgpTZZROJOgHLuzuAEmi1qQmVT9LrpgtHYdLU4NZo2qdUKNNvgyNWoZATiN668vuC0x8TyX8FePdK5N3PnIh4) 此方案中的步驟與**應用範例-1**相同,只是在Raspberry Pi上運行的應用程序不同。 請參考 **[QIoT_device_QuAI_Greengrass](https://github.com/qnap-dev/qnap-qiot-sdks/tree/master/projects/AWSGreengrass-Integration-Scenarios/QIoT_device_QuAI_Greengrass/)** 設定您的裝置。 參考步驟 : 1. 安裝依賴庫和軟體 ```bash pip install paho-mqtt sudo apt update && sudo apt install fswebcam ``` 2. 跟隨步驟 **應用範例-1**--> **"步驟-1"** to **"步驟-5"** 3. 上傳 **[RaspberryPi_side](https://github.com/qnap-dev/qnap-qiot-sdks/tree/master/projects/AWSGreengrass-Integration-Scenarios/QIoT_device_QuAI_Greengrass/RaspberryPi_side)** 資料夾到 Raspberry Pi 4. 至 QIoT Suite Lite **cameraPi** IoT裝置下載 **"resourceinfo.json"** ,並且上傳 **resourceinfo.json** 到 **"/res"** 資料夾下 5. 執行命令 : ```bash python main.py ``` 6. 跟隨步驟 **應用範例-1**--> **"步驟-7"** ###### tags: `Tutorial`

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