Comment résoudre les problèmes de connectivité réseau affectant les performances de la RA lors d’une démonstration en direct ?

Make sure your phone is connected to Wi-Fi. 📡 Check if Airplane Mode is on. ✈️ See if other devices are working online. 💻 Restart your phone and router. 🔄

During a live AR demo, our device suddenly lost connectivity. We started with basic checks: confirming the AR device was within Wi-Fi range, Airplane Mode was off, and other devices were connected properly. We also restarted both the AR device and the router. This quick action resolved the issue, restoring connectivity just in time for the demo. This experience underscored the value of starting with simple troubleshooting steps to quickly identify and resolve common network problems.

When troubleshooting network connectivity issues affecting AR performance during a live demonstration, preparation is key. Begin by running a network speed test beforehand to ensure the connection meets the bandwidth requirements for your AR application. If issues arise, switch to a backup network, such as a mobile hotspot, to maintain the demonstration flow. If latency persists, have a pre-recorded demo as a fallback option. This proactive approach minimizes disruption and ensures you can still showcase the AR experience effectively, even if live connectivity falters.

Check how fast your internet is. ⏱️ Use a better Wi-Fi network if possible. 💡 Close apps you're not using. ❌ Make sure your internet is working well. 💪

During an AR live demo, we faced lag issues, so I ran a speed test and discovered our connection was slower than needed. To improve it, I temporarily disconnected other devices and switched to a 5GHz Wi-Fi band. This adjustment significantly boosted our speed and stabilized the AR performance. This experience highlighted the importance of monitoring and managing network speed to ensure smooth operation during critical demonstrations.

During a live AR demo, we experienced choppy performance due to weak Wi-Fi. I checked the signal strength on the device and noticed it was low. Moving the device closer to the router and removing physical barriers improved the signal significantly. For future setups, I also used a range extender to ensure consistent connectivity. This taught me the value of optimizing signal strength for reliable AR performance.

During a live AR demo, we faced connectivity issues due to outdated router settings. I accessed the router's admin page and discovered that firmware updates were available. After updating the firmware and enabling settings that prioritize multimedia traffic, the AR performance improved significantly. This experience underscored the importance of maintaining and configuring router settings for optimal AR functionality.

During a live AR demonstration, network congestion caused significant lag. To address this, I temporarily disconnected non-essential devices and set up a dedicated guest network for the AR device. This helped free up bandwidth and stabilize the connection. Scheduling the demo during off-peak hours also helped ensure smoother performance. This experience highlighted the value of managing network congestion proactively for live events.

During a high-stakes AR demo, we faced persistent connectivity issues despite basic troubleshooting. We then explored advanced solutions: changed our Wi-Fi channel to avoid interference and worked with the IT department to adjust firewall settings. This approach resolved the connectivity issues and ensured a smooth demonstration. It underscored the importance of tackling both basic and advanced solutions to maintain AR performance.