p2p

问题 I am getting this error on console while refreshing the page.. Everythng else works fine the Chats and everthing.. just the streaming part is not working NotSupportedError: MediaStreamError at module.exports (http://192.168.1.10:9966/index.js:3081:17) at Object.1.getusermedia (http://192.168.1.10:9966/index.js:4:1) at o (http://192.168.1.10:9966/index.js:1:265) at r (http://192.168.1.10:9966/index.js:1:431) at http://192.168.1.10:9966/index.js:1:460 while creating a video chat app This is my

问题 The Kademlia paper states that nodes are assigned random 160-bit IDs as well as the keys. Is this a strict restriction? Can I still go ahead and use a 128-bit keyspace if that's good enough from me? 回答1: The length was chosen because SHA1, used as hash function for the hash table keys, outputs 160bits and that was the most widely used hash function at the time. The routing algorithm itself does not require that specific length to work, all it needs is the key space being large enough to avoid

问题 As far as I understand, ICE protocol is used for discovering the nodes/devices from the end-user device to "the outside". I don't understand why it's needed. Isn't packet-routing is the responsibility of network devices like routers and switches? They should find the shortest path from the gateway to the end-user device (Actually, routers remembers those routes they previously discovered). Moreover, NAT protocol is used to convert from an "internal ip" to "external ip" and vice-versa. So

问题 I have a server which is able to relay the WebRTC media data from A to B. For the video conferencing, if we go with P2P approach then a mesh network is created. Whenever P2P doesn't work, we can have this relay server. The main problem is that in the mesh network, the number of upload link is "N - 1" for N participants. Hence the number of connection goes upto N * (N-1). Usually mesh network allows 5-6 stable connections. Many online sources suggest to implement SFU. If SFU decrypts the media

问题 Does anyone have any pointers to good resources concerning mesh networks? Maybe I'm not even using the correct terminology. I need to write an app that has multiple agents on various machines, and each agent must have knowledge of and be able to communicate with others. A type of P2P application perhaps? I'm really looking for some architecture-level stuff to get me started on the planning. 回答1: I think you're talking about writing a multi-agent system. What language are you using? Jade is an

问题 Does anyone have any pointers to good resources concerning mesh networks? Maybe I'm not even using the correct terminology. I need to write an app that has multiple agents on various machines, and each agent must have knowledge of and be able to communicate with others. A type of P2P application perhaps? I'm really looking for some architecture-level stuff to get me started on the planning. 回答1: I think you're talking about writing a multi-agent system. What language are you using? Jade is an

问题 Does anyone have any pointers to good resources concerning mesh networks? Maybe I'm not even using the correct terminology. I need to write an app that has multiple agents on various machines, and each agent must have knowledge of and be able to communicate with others. A type of P2P application perhaps? I'm really looking for some architecture-level stuff to get me started on the planning. 回答1: I think you're talking about writing a multi-agent system. What language are you using? Jade is an

来源： https://stackoverflow.com/questions/63930869/does-webrtc-based-audio-video-conference-have-so-many-peer-to-peer-or-all-the-up

来源： https://stackoverflow.com/questions/63930869/does-webrtc-based-audio-video-conference-have-so-many-peer-to-peer-or-all-the-up

来源： https://stackoverflow.com/questions/63930869/does-webrtc-based-audio-video-conference-have-so-many-peer-to-peer-or-all-the-up