![]() ![]() This means thatyour device must be able to connect to another device (or a PC) viathe WiFi. #Rti connext dds arm64 android#NOTE: The demo uses RTI Connext DDS to send a video stream toanother Android device or to a PC via the WiFi. 'Connext Video Demo' is configured to work using Android's WiFinetwork interface, so your device should be connected to a WiFinetwork. You can open a LogCatconsole to see the debug messages coming from thertivideodemo-android application. You can use the CDT Build Console and the Android Console tomonitor the build/installation process. The rtivideodemo-android.apk will automatically be installed andstarted. ![]() Select your device in the Android Device Chooser if needed. (note, while thedemo will start in an emulator, it will not be able to connect toanother device since the emulator's network setup is not the sameas a real device) If an Android device emulator pops up or if your device is notshown as 'online', you probably need to go to the Device itselfwhich has popped up a dialog asking you for permission to allowyour computer to connect via USB for debugging. The dialog, Android Device Chooser, may popup and show your deviceif you have more than 1 Android device connected via USB. This will automatically build theproject (so project must successfully build, see #Building below) e.g., on Nexus 7, use Settings -> About tablet-> Build number, select Build number 10 times (or so)įrom the toolbar use Run -> Run. Optional, enable your Device to allow debugging over USBOn Device, use Settings -> Developer options -> USB debugging,check the checkbox.NOTE: You may need to enable the Developer options menu optionon some devices. #Rti connext dds arm64 install#Enable your Device to install apps from unknown sources.On Device, use Settings -> Security -> Unknown Sources,check the checkboxĬ. Attach your Device via USB (to a PC where you have the. It will show as the 'Connext Video Demo' icon.Ī. Installing rtivideodemo-android.apk on a real Android Device If the demo was modified to take advantage of the hardware videoprocessing capability offered by many modern video devices (phone andPC web cameras), there would be noticeable decrease in the delay.However, this demo was created to run on any generic Android deviceand does not require specific hardware video-processing support. There is no delay due to the useof DDS itself. #Rti connext dds arm64 software#The source of this delayis entirely within the VP8 encoding/decoding done entirely byGStreamer 1.0 VP8 software plugins. NOTE: You will see a noticeable delay in the capture of the video onone device to the display on another device. VP8 isthe compression method that is used by WebM, which is use byHTML5. NOTE: This demo uses GStreamer 1.0 to encode (compress) the raw videostream received from the Android device's camera using VP8. This demo is also compatible with the Distributed Video Demo thatshows video streaming on a PC using RTI Connext. You can get the project for this demo with a precompiled. Ubuntu 16.04.Īn Android application that uses RTI Connext DDS and the open sourcegstreamer multimedia framework to send a live video stream from oneAndroid device to another. For what's fixed in 5.3.1 and 5.3.0, see the RTI Connext DDS Core Libraries. Connext DDS is a next generation communications platform that leverages a powerful data-centric approach to address the challenges of big data in motion, Machine-to-Machine (M2M) communication and system of systems integration to meet the needs of the Internet of Things. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |