本帖最后由 freeelectron 于 2017-11-8 11:28 编辑 ' n& ]" A6 b* M! ~9 ^3 K1 C. L 0 V2 s& r3 N# h5 M: ?3 d& _1 _这次更新了好多东西,在LoRa联盟的网站都可以下载到http://www.lora-alliance.org/ ( A8 d4 w% F* T' k ' |7 H$ Y: m: A F3 w1 o附件是这次更新的东西6 @; G0 L2 q2 {. c |9 C( a
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LoRaWAN规范V1.1:
LoRaWAN-v1.1.pdf(2.22 MB, 下载次数: 417)
2017-11-8 11:18 上传
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Support for handover roaming, which allows transferring control of the end-device from one LoRaWAN network to another. Earlier versions of this specification can already be used for passive roaming, which is transparent to the end-device.
Bidirectional end-devices with scheduled receive slots (Class B) are part of the specification enhancements and are now officially supported.
Enhancements for additional security hardening.9 I: c0 M) f( b' {7 F$ p ~
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The LoRaWAN 1.1 Regional Parameters rev. A describes region-specific radio parameters for LoRaWAN 1.1 end-devices. 1 B' |0 a8 J/ Q, R2 F& r ' M1 m6 |) j3 W9 uLoRaWAN后台接口V1.0:
LoRaWAN-Backend-Interfaces-v1.0.pdf(1.66 MB, 下载次数: 79)
2017-11-8 11:18 上传
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Has the ability to break down the network into network server (NS), join server (JS) and application server (AS).
Enables roaming for both LoRaWAN 1.0.x (passive roaming only) and LoRaWAN 1.1 networks (both passive and handover roaming).
Identifies the entity that stores end-device credentials (including root keys) as JS. It can be separated from networks and administered by an entity independent of the networks that the end-device may be using. This allows networks to offload the authentication procedure to a dedicated system, which can also be operated by a third party. This third-party JS also enables an end-device to be manufactured without having to be personalized for the networks it may eventually be connecting to.1 [! z$ S" q G
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stm32/LoRa物联网:304350312, T! a) Z" p$ ?0 s8 J! W( I
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