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Drw-24b1st driver.My Asus DRWB1st isn’t recognized in Windows 10 – Microsoft Community
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Towards the Electronic World: about 802.11e and Mesh networks
Since the IEEE Standards Adoption Committee has decided to standardize 802.11e Accelerated Pace By June, Wi-Fi Alliance Will Not Certify Intermediate 802 Extension Technology.11x. Previously, the Wi-Fi Alliance planned to release an intermediate two-stage technology, similar to how it did with the WPA Protected Access Extensions.
In this case, the Wireless Multimedia Extensions (WME) with the advent of 802.11e will no longer be relevant. WME supports QoS (quality of service) features of tags and priority queues, as well as the Wi-Fi Scheduled Multimedia command set, which should be included in 802.11e. Among the unresolved issues are the problems of traffic compression, which I would like to solve to expand the capabilities of VoIP (voice communication).
In the MAC protocol (media access control, shared access to a resource) of the original Wi-Fi standard, various types of traffic did not differentiate from each other, as a result of which the implementation of video and voice communication over IP is possible, but difficult. The 802 family of standards is now.11 uses two modes of operation, one of which is DCF (Distributed Coordination Function, the technology of waiting and selection of data transmission intervals to minimize packet loss). The second mode, PCF (Point Coordination Function), divides the working time into transmission and reception intervals, but neither of them makes a difference between the types of traffic. B 802.11e plans to expand both modes, adding QoS features and eight different traffic categories. In addition, it is planned to replace the PCF mode with the Hybrid Coordination Function technology, which polls nearby adapters during reception intervals and coordinates co-operation. However, it is noted that since PCF is not widely used, the additional Enhanced DCF mode will most likely be used.
The Wi-Fi Alliance made the decision to abandon the release of interim WME specifications, despite strong pressure from some vendors and software manufacturers (primarily Cisco and Microsoft). In this case, the alliance took a position on the side of consumers, considering that the desire to promote “raw” products on the market too early using non-standard technologies will not lead to anything good, except for unnecessary spending for buyers. The situation is aggravated by the fact that Cisco and Microsoft are not averse to patenting technologies in order to receive further license payments.
The same Cisco, for example, together with Intel, has launched an initiative to standardize a new type of wireless networks – mesh networks. Here Cisco was forced to resort to the standardization procedure together with Intel after several small companies appeared on the market (BelAir, Firetide, Strix, etc.) selling their ready-made proprietary mesh solutions. By the way, Intel announced its details of the custom mesh architecture only at the beginning of this year.
Anyway, the first meeting of the IEEE 802 committee dedicated to 802 mesh networks.11, will take place Jan 12-16 in Vancouver. We will talk about self-tuning clusters 802.11 adapters operating in ad hoc mode and providing communication of a large number of nodes, which are sometimes at great distances from each other. Since 802.11 was created without taking into account the possibility of such operating modes, modifications are required at the MAC level, and the existing solutions are not compatible with each other.
It is possible that as a result of the January session, given the work already done by the Internet Engineering Task Force working on mesh networks based on 802.3 (Ethernet), another 802 extension will be proposed.11 to unify mesh solutions from different vendors.
By the way, at the January session, a variant of extensions from the Navy Research Laboratory will be proposed: after all, the US Army is already using mesh networking technologies to organize the exchange of radar data between tanks on the battlefield. It is believed that one of the most promising civil applications of such self-adjusting networks will be the exchange of data between cars on the roads, which will allow drivers to quickly receive information about traffic jams and traffic congestion, as well as the location of their nearest neighbors.
Well, every cloud has a silver lining: this is not the first example of how successful military technology can serve the world with benefit. Mesh networks look very promising technology for the future: having low cost and high survivability, if they become ubiquitous, the world around us will literally become electronic. Well, is it good or bad, wait and see.