5results about How to "Improve access capabilities" patented technology

The application is suitable for the technical field of Internet of Things electric energy meter, and relates to a method, medium and terminal for connecting type A expansion module of Internet of Things meter to downlink equipment, which comprises the following steps: a downlink function unit establishes a communication link with a downlink expansion device; the downlink function unit informs an Internet of Things meter management module that the downlink expansion device has been connected; the Internet of Things meter management module and the downlink function unit perform handshake authentication; the Internet of Things meter management module and the downlink function unit perform data interaction, including routing forwarding and security encryption and decryption processing of uplink communication messages and downlink communication messages according to a preset routing strategy and a security encryption and decryption strategy; and the downlink function unit periodically sends a heartbeat command to the Internet of Things meter management module to maintain the connection state of the downlink expansion device. The application has the ability to connect the type A module of the Internet of Things meter to the wireless communication or carrier communication of the downlink equipment, improves the power supply capacity of the downlink expansion device, reduces the wiring trouble of field installation, and greatly improves the networking capacity of the downlink equipment of the Internet of Things meter.

The invention discloses a wireless communication method, device and equipment, and belongs to the field of communication, and the wireless communication method comprises the steps that a terminal obtains first information; wherein the first information comprises at least one of the following items: at least one uplink carrier group, at least one downlink carrier group, at least two uplink carriers and at least two downlink carriers; the terminal determines a target uplink carrier according to the first information, and the terminal sends first uplink random access information based on the target uplink carrier; and / or, the terminal determines a target downlink carrier according to the first information, and the terminal receives first downlink random access information based on the target downlink carrier.

This utility model discloses a 10G xPON OLT STICK optical module, including a 10G xPON OLT MAC unit, an XFI interface unit, a digital diagnostic control unit, a soft-start unit, a power supply unit, a clock unit, a QSPI Nor flash unit, a 10G xPON OLT Driver unit, an APD boost / burst RSSI sample-and-hold unit, an EA negative pressure control unit, a TEC temperature control unit, and an XGSPON OLT BOSA unit. This utility model integrates MAC functionality, supports parallel 10G PON and active Ethernet services, supports multi-vendor interoperability, complies with ITU-T G.9807.1 standard specifications, and provides high-bandwidth access capabilities for 10G PON FTTH / FTTB. It supports small pluggable (SFP+) symmetrical 10Gb / s OLT modules for use with routers and switches.

The application discloses a kind of based on 5G-A large-scale internet of things equipment connection management method and system, it is related to internet of things technical field.The method includes: obtaining the equipment characteristics and coordinates of equipment cluster, form characteristic set and coordinate set;Obtain mobile parameter set from characteristic set by equipment movement analyzer, and compensate the compensation coordinate set of the coordinates to the direction away from base station;Combining characteristic set, mobile parameter set and compensation coordinate set, by mobile signal quality analysis path evaluation and iteration optimization, obtain optimized access parameter set;According to the parameter set, equipment cluster is accessed to 5G-A internet of things.The system contains data acquisition, mobile analysis and coordinate compensation, access parameter optimization and equipment access module.The application realizes the full-dimensional adaptation of equipment static attribute, dynamic movement and spatial position, improves the connection stability and resource utilization, adapts multi-scene large-scale equipment access demand.

This invention discloses a dynamic optimization method for the OBSS PD threshold in an FTTR network based on Bayesian estimation. This method is applied to an FTTR network comprising one master FTTR unit (MFU) and multiple slave FTTR units (SFUs). Through the synergy of SFU local distributed channel awareness and Bayesian transmission intent inference, and MFU centralized global optimization, closed-loop dynamic optimization of the OBSS PD threshold is achieved. The method includes the following steps: Step S1, system configuration and initialization; Step S2, SFU distributed channel awareness and Bayesian inference of STA transmission intent; Step S3, MFU centralized joint optimization of OBSS PD threshold and transmit power; Step S4, threshold issuance and closed-loop dynamic update. This invention relies on the fiber-optic distributed architecture of the FTTR network ("one MFU + multiple SFUs"), and achieves closed-loop dynamic optimization of the OBSS PD threshold through the synergy of SFU local distributed channel awareness and Bayesian transmission intent inference, and MFU centralized global optimization.