Re: Driver For It Works Panda 17b Webcam Hit
Kristen Szmalc
9 This Device ID is known to be used by several different webcams among which at least one is currently not supported by the driver. If you plan to buy this camera make sure it matches the product name.
When I set ZOOM up for a meeting and check my audio and video, etc. everything is fine. Then the meeting starts and my video from my webcam starts to get distorted. I have tried many things, like updating camera drivers, uninstalling and reinstalling ZOOM, but nothing works. Plus, this happens on an HP and Dell laptop running Windows 10.
The sensing modules in the in-car system capture the car environment. To do so, two main sensors are used: a radar and a camera. The camera module is receiving information from the road as the webcam is installed on the windshield; furthermore, the video captured by this camera is the same as that being sent to the remote driver. The radar is integrated into the car, and is connected using the standardized car interface OBD-II port. These two modules are represented as the Video Acquisition Module and the Car Inertial Measurement Unit (IMU) Acquisition Module in Figure 1. The main purpose of the IMU Acquisition Module is to alert the driver, in case it detects a possible collision. After the data has been captured, it is sent over to the ZeroMQ Bus, so that it can be used by the rest of the sub-modules, if needed.
In our experiments, we wanted to study the feasibility of using remote driving technology, in which the communication between the car and the remote driver is done by wireless and mobile networks. To do so, and as remote driving systems need to be a firm real-time system, we took different time measurements, to establish whether this system would be valid for use, or if more research needed to be done. In the first of the experiments, we measured the delay between the moment the video was sent and its reception by the remote station, when both stations were connected to the same WiFi in a local network (see the top of Figure 4). We used a Xiaomi Redmi Note 9 Pro smartphone, with Android version 10.0 acting as a hotspot. In the second experiment, we used a PC with a public IP as the remote system, and the in-car system connected to the internet using a mobile network (tethering). Each of the experiments was carried out by sending two different video resolutions, which were 1280 720 and 640 480 pixels. A Huawei E8372h-320 4G/5G Dongle at 150 Mbits/s was used, to allow us to use the UK commercial network, O2. Due to the current availability of commercial cellular network coverage in our testing area, 4G/LTE provided the connectivity between the car and the remote system in this teledriving setting. Our research focused mainly on the realistic design, implementation, and testing of a teledriving system, using a real car connected to a commercial cellular network, whether 4G or 5G. The experimental results have shown that even the current 4G can provide reasonable performance to enable such use, and the deployment of 5G should certainly improve the performance, which could be further explored in our future work.
Take your avatar with you everywhere you go! Get up and running with your very own avatar quickly and easily. After an initial setup, Animaze works with webcams or iPhones and is compatible with OBS, SLOBS, Discord, Zoom, Google Meetings, and more! Stream on websites including Twitch, YouTube, and Facebook Gaming. Post videos on all the socials, including TikTok and Instagram.
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