108results about How to "Achieve coexistence" patented technology

A novel and useful apparatus for and method of coordinating the allocation of transmission and reception availability and / or unavailability periods for use in a communications device incorporating collocated multiple radios. The mechanism provide both centralized and distributed coordination to enable the coordination (e.g., to achieve coexistence) of multiple radio access communication devices (RACDs) collocated in a single device such as a mobile station. A distributed activity coordinator modifies the activity pattern of multiple RACDs. The activity pattern comprises a set of radio access specific modes of operation, (e.g., IEEE 802.16 Normal, Sleep, Scan or Idle modes, 3GPP GSM / EDGE operation mode (PTM, IDLE, Connected, DTM modes), etc.) and a compatible set of wake-up events, such as reception and transmission availability periods. To prevent interference and possible loss of data, a radio access is prevented from transmitting or receiving data packets while another radio access is transmitting or receiving. In the event two or more RATs desire to be active at the same time, the mechanism negotiates an availability pattern between the MS and a corresponding BS to achieve coordination between the RATs.

The invention provides a method, device and system for synchronizing a cached data heat value, and a distributed caching method, wherein the synchronizing method comprises the following steps that: a first base station receives a request of user equipment to access a packet domain service; in response to the request for the packet domain service, the first base station sends the packet domain service to the user equipment if determining that the packet domain service is locally cached, and the current heat value of the packet domain service is added to the local caching content list of the first base station based on a preset function; and when the current heat value of the packet domain service is accumulated to a preset threshold, the first base station sends the current heat value of the packet domain service to a heat information synchronizing node in a wireless access network for synchronization, and resets the current heat value locally cached by the first base station. The method provided by the invention solves the technical problem of incapability of realizing within-network cached data sharing in the prior art, and can also avoid the technical problem of the transmission bandwidth of an IUB interface.

The invention discloses an inactive optical network system and a relative optical path processing method, wherein in descending data process, the invention uses filter and optical path connector to combine the output paths of central devices of TDM-PON and WDM-PON, via beam divider and filter unit to be divided and / or filtered to be sent to a TDM-PON user terminal and a splitting / combining device, and in ascending data process, the invention uses the beam divider and filter unit to combine the output optical paths of the TDM-PON user terminal and the splitting / combining device, and via a filter and optical path connector, the combined optical path is divided and / or filtered to be sent to the central devices of TDM-PON and WDM-PON. The invention realizes the coexistence of TDM-PON system and WDM-PON system, to avoid resource waste caused by upgrading TDM-PON user terminal to WDM-PON user terminal.

The embodiment of the invention discloses a concomitant method and device of a time duplex system, which is used for achieving the concomitance of a first time duplex system and a second time duplex system. The concomitant method comprises: distributing the ratio information according to the radio frame gap in the first time duplex system and the second time duplex system, and confirming the distributing period by one radio frame, the service sub frame of the radio sub frame in the first time duplex system and the distributing way of the special area; according to the second frame of the TDD system timing information, the second time division duplex wireless system frame based on the initial moment of time, set the time offset for the first time division duplex system, the relative timing of the base frame of the partial moments shift. Cases the implementation of the invention also provides a base station.

A technology for synchronously removing N and P from the city sewage features that the composite suspended living things system with active sludge and biomembrane is created in a batch of composite bioreactors, which in running by the sequence of anaerobic, aerobic and anoxic steps. Its advantages are short reaction flow, less consumption of carbon source, high effect and low cost.

The invention provides a distribution caching method and device of wireless access network cached data. Caches for storing hot contents are allocated in a plurality of base stations in a distributed mode. The distribution caching method includes the steps that the first base station receives a request of a user device for accessing a packet domain service; if the packet domain service is cached in the first base station, the first base station sends the packet domain service to the user device; if the packet domain service is not cached in the first base station, the first base station obtains position information of the cached packet domain service from a cached content list or signed content list or preheated content list maintained by heat information synchronization nodes; the first base station obtains the packet domain service from the second base station or a service provider corresponding to the position information, and the obtained packet domain service is sent to the user device through the first base station. According to the distribution caching method and device, the technical problem that inter-network cached data sharing cannot be achieved in the prior art is solved, and the transmission bandwidth of an IUB can be saved.

The invention provides a wireless communication method which includes that a base station transmits first authorization information to first user equipment at a sub-frame n1, and the first user equipment transmits first business data at a sub-frame n1+k1 according to the first authorization information; the base station transmits second authorization information to second user equipment at a sub-frame n1+m1, and the second user equipment receives the first business data at the sub-frame n1+k1 according to indication of the second authorization information. The invention further provides the base station and a wireless communication system. By means of the wireless communication method, the wireless communication system and the base station, device-to-device (D2D) communication is achieved.

The embodiment of the invention provides a radio frequency circuit and electronic equipment, and the radio frequency circuit comprises a first modem which is used for processing 4G radio frequency signals; a second modem which is used for processing the 5G radio frequency signal; at least two first antennas which are used for transmitting 4G network signals of the first SIM card; at least two second antennas which are used for transmitting 5G network signals of the second SIM card; and at least two third antennas which are used for transmitting the 4G network signal of the first SIM card and transmitting the 5G network signal of the second SIM card. When the radio frequency circuit transmits 4G network signals of the first SIM card and 5G network signals of the second SIM card, the 5G network and the 4G network can coexist under the condition of two SIM cards by sharing at least two antennas, the number of the antennas of the radio frequency circuit can be reduced, the occupation of the antennas on the internal space of the electronic equipment is reduced, and the internal space utilization rate of the electronic equipment can be improved.

The invention discloses a coexistence method for a WIA-PA network and an IEEE 802.15.4 network and relates to an industrial wireless sensor network. Gateway equipment in the WIA-PA network learns and acquires the data packet transmission cycle of the IEEE 802.15.4 network by snooping a beacon frame transmitted by an IEEE 802.15.4 interference network; and a WIA-PA network system manager adjusting the scheduling time of the network equipment by redistributing the network resource so as to avoid interference. According to the coexistence method, the spectrum resources of the network can be utilized completely and communication reliability and stability of the WIA-PA network can be improved effectively.

The invention discloses a method, a system and equipment for transmitting signals during joint networking of systems, which relate to the field of wireless communication and are used for reducing the degree of mutual interference among system signals during the joint networking of the systems. In the invention, a base station is used for determining a first wireless frame structure used in a timedivision-synchronization code division multiple access (TD-SCDMA) system, a second wireless frame structure which is used in a time division-long term evolution (TD-LTE) system and a first frame header offset; the first frame header offset is a difference value between the start time of a first wireless frame and the start time of a second wireless frame when a switch time point from an uplink toa downlink in the first wireless frame with the first wireless frame structure is aligned with a switch time point from an uplink to a downlink in the second wireless frame with the second wireless frame structure; and according to the first frame header offset, the signals of the TD-SCDMA system are received and transmitted by using the first wireless frame, and the signals of the TD-LTE system are received and transmitted by using the second wireless frame. By the method, the system and the equipment, the degree of the mutual interference among the signals of the two systems can be effectively reduced.

The invention discloses a scheduling method which is used to realize the coexistence of a TD-SCDMA system and a LTE-TDD system in the same geographical area. The method comprises: A. setting measurement periods for LTE-TDD system measurement; B. determining dual-mode terminals requiring the LTE-TDD system measurement; C. when in scheduling, keeping unscheduled time for each dual-mode terminal requiring the LTE-TDD system measurement in each measurement period; and D. conducting the LTE-TDD system measurement to the dual-mode terminals requiring LTE-TDD system measurement in the unscheduled time. By adopting the method, under the condition that the TD-SCDMA system and the LTE-TDD system coexist in the same geographical area, the LTE-TDD system measurement can be conducted to the dual-mode terminals in the kept unscheduled time.

The invention relates to a system fusing broadband wireless communication and TV broadcasting service, belonging to the wireless multimedia communication and TV broadcasting technical field. The invention is characterized in that the system comprises a plurality of multimedia programming sources, at least one multimedia coding unit, at least one relay link, at least one wireless access point AP, at least one broadcasting point BP and at least one controller; wherein, the controller comprises a time-frequency division multiplexing allocating and dispatching unit, a communication control unit, a broadcasting unit, a calculating unit and storage cell. The time-frequency division multiplexing allocating and dispatching unit divides channels in two-dimensional space composed of time and frequency, generates allocation pattern and dispatching signal to respectively dispatch the communication control unit and the broadcasting unit, thus respectively realizing mobile communication or communication on demand function and initiative broadcasting or broadcasting on demand function, the wireless access point also initiatively monitors the receiving status of broadcast packet, the calculating unit calculates packet loss rate and feedbacks the packet loss rate to the broadcasting point, and meanwhile information having public characteristic for massive users is supplied to the broadcasting point to realize broadcasting on demand.

The invention discloses a method and a system capable of filtering adjacent spectrum interference. The method comprises a radio frequency (RF) micro-electromechanical system (MEMS) switch control module receives a first sending coupling signal from a first frequency range radio frequency module and a second receiving coupling signal from a second frequency range radio frequency module. The RF MEMS switch control module judges whether interference exists between a first frequency range and a second frequency range according to the first sending coupling signal and the second receiving coupling signal, under the condition of a negative result of the judgment, the RF MEMS switch control module can filter the interference by means of changing a first antenna structure by indicating a first frequency range RF MEMS radio frequency reconfigurable antenna working in the first frequency range and / or changing a second antenna structure by indicating a second frequency range RF MEMS radio frequency reconfigurable antenna working in the first frequency range. By the method and the system capable of filtering adjacent spectrum interference, the adjacent frequency range is achieved to be capable of existing on hardware and the effect caused by an interacting phenomenon is effectively avoided.

The embodiment of the invention relates to a method, devices and a system for optical network data processing. The method comprises the following steps: at least two types of data frames are received; the data frames are recognized; and the data frames of the corresponding types are processed according to the recognition result. One device comprises a first receiving unit, an identifying unit and a first transmitting unit; and the other device comprises a second receiving unit, a recognition unit and a second transmitting unit. The system comprises an optical line terminal device and an optical network unit device. By processing the data frames of the corresponding types according to the recognition result of the received data frames, the optical network unit supporting the original protocol and the extended or updated optical network unit supporting the new protocol can be distinguished and recognized, different processing methods are adopted according to different protocol types of the optical network units, and fianally, the coexistence of the different types of the optical network units is realized.

The invention discloses a fusion method and device of an operating system, and is used for solving the problem of low switching efficiency between operating systems in the prior art. The method comprises the following steps: firstly, starting a first operating system and a proxy process of the first operating system, and then, starting a second operating system, wherein the second operating system can call the proxy process to request resources required by the second operating system from the first operating system. Through the above method, the second operating system can directly request required resources from the first operating system so as to realize the coexistence of the first operating system and the second operating system, and mutual switching between the operating systems is not required.

The invention discloses a convergence type metropolitan area wavelength division access network system and an accessing method, and relates to the field of metropolitan area access. The system comprises an OLT located in a central apparatus room, m ROADM nodes and n far-end OTUs, wherein m and n belong to positive integers, m is larger than or equal to 1, and n is larger than or equal to m. The central apparatus room is a network convergence point, the OLT of the central apparatus room and the m ROADM nodes are sequentially connected through optical fibers to form an annular topological structure, the connecting direction of the m ROADM nodes in an annular topology is expressed in the eastward direction and the westward direction, on the basis of the clockwise direction, the eastward direction of a prior ROADM node is connected with the westward direction of a next ROADM node, only one optical fiber exists between every two adjacent ROADM nodes, and each ROADM node is connected with at least one far-end OTU. All services of a service provider can be accessed through one network, the robustness requirements such as mobile backhaul and a special line for a big customer are met, management is convenient, cost is low, bandwidth is allocated flexibly, capacity is large, and the accessing distance is long.

The invention discloses a fixed mobile convergence wavelength division access ring and an access method and relates to the metro area access field. The access ring takes CO OLT as a network convergent point to form annular topology, the ring internally comprises a main fiber and a standby fiber, each area business is accessed to OADM through R-OTU; under the main state, in a downlink direction, a signal sent by the CO OLT to the OADM realizes clockwise transmission in the main fiber; in an uplink direction, a signal sent by the OADM to the CO OLT realizes anticlockwise transmission in the standby fiber; in a standby state, after a node next to a fault point switches a signal to the standby fiber, a signal sent by the CO OLT to the OADM realizes anticlockwise transmission in the standby fiber, and a signal sent by the OADM to the CO OLT realizes clockwise transmission in the standby fiber. The fixed mobile convergence wavelength division access ring can satisfy low cost requirements of fixed access, mobile backhaul and robustness requirements of a great customer hotline, is convenient for network establishment and operation and maintenance, is consistent with trends of large bandwidth access and network flatness, is flexible in bandwidth distribution and is easy to upgrade.

The invention relates to a combined treatment method of 1,4-butanediol production wastewater, which comprises the following steps: carrying out physical and chemical pretreatment on wastewater firstly so as to obtain pre-optimized wastewater; improving the biodegradability of the wastewater and further reducing the COD (chemical oxygen demand) concentration of the wastewater through an upflow anaerobic reactor and an aerobic combined biochemical reaction tank; and after the muddy water separation of the wastewater is realized through a secondary sedimentation tank, sequentially feeding the wastewater into a coagu-flocculation reaction settling pond and a biological filter, carrying out deep treatment on the wastewater, removing substances such as tiny suspended solids and colloids and the like in the wastewater through coagu-flocculation reaction and precipitation, and enabling discharged water to meet the requirements of one-class A standards in the Discharge Standard of Pollutants for Municipal Wastewater Treatment Plant (GB18918-2002) through the synergistic effect of adsorption and biodegradation of the biological filter. The method disclosed by the invention not only has a stable removal effect on COD in 1,4-butanediol production wastewater, but also can effectively resist violent water impacts; and the method has the characteristics of rapid system startup and the like. The method disclosed by the invention also can be applied to the treatment of other high-concentration toxic degradation-resistant organic wastewater with a water quality similar to that of 1,4-butanediol production wastewater.

The invention relates to an ISA100.11a ((Internationally Society of Automation 100.11a) and WIA-PA (Wireless Networks for Industrial Automation-Process Automation) fused router and a routing method. Considering from the perspective of coexistence, the ISA100.11a and WIA-PA merged router is designed by fusing protocol stack routing codes on the basis of the traditional ISA100.11a and WIA-PA protocol stack, and the fusing part is mainly the core technology of the data link layer. Meanwhile, the fused router can mutually convert the frame formats of ISA100.11a and WIA-PA and distribute distributed communication resources and can be used as a bridge between ISA100.11a and WIA-PA network equipment to realize the interconnection and interworking of the two networks, and the real-time performance, the coexistent performance and the interoperability of the two networks are enhanced.

The invention discloses a data communication method supporting single carrier two types of bandwidth of a multiple input multiple output (MIMO) communication system. A data transmit frame format mainly comprises a Q-band training field supporting two types of bandwidth simultaneously, a signaling field for interpreting basic information required by a data transmit mode, a channel estimation field supporting two types of data bandwidth and a Data field. According to the method, when a basic service set (BSS) established by an access point (AP) is a small bandwidth BSS, an initiator and a responder perform small bandwidth communication; when the BSS established by the AP is a large bandwidth BSS, the initiator and the responder perform small bandwidth communication or large bandwidth communication according to channel detection and bandwidth sustaining power of two communication sides. Compared with conventional multi-carrier MIMO technology, the method not only supports two types of bandwidth of a single carrier system flexibly, but also improves the performance of the system remarkably, while the complexity of the system is not improved obviously.

The invention belongs to wireless communication technical field, and discloses a channel initialization method for a distributed cognitive radio network. The method is characterized in that: through monitoring idle channels, N channel machines capture a Beacon message sent by a root node, and a whole monitoring process is divided into a crude capture phase and a fine capture phase, wherein a preset root node plays a dominant role in whole channel initialization, and other nodes connect with a network through capturing the Beacon message and according to a message in a notification; after connecting with the network, a common node sends an Info message to a superior node to report locally perceptive available channel information, step by step the information is gathered at the root node, thus the root node can calculate available idle channels in the whole network, and a problem of an initial networking difficulty caused by inconsistence of available channels of each node is effectively solved. According to a mechanism of periodically broadcasting Beacon messages, a network access problem of a delayed network node is effectively solved.

The invention discloses an intelligent antenna device which supports a plurality of network types. The main content of the invention includes: a combination port of a first combiner is connected with a first oscillator of a configured first antenna array; a combination port of a second combiner is connected with a second oscillator of a configured second antenna array. The second oscillator and the first oscillator are identical in horizontal position. A first shunt port of the first combiner and a first shunt port of the second combiner are connected with two shunt ports of a first power splitter respectively. A combination port of the first power splitter is connected with a multi-type antenna port through a phase-shift network. The first power splitter enables the shapes of output horizontal-plane direction wave-beam patterns meet the coverage demands of signals of a plurality of kinds of network types through determination of the amplitudes and phase positions of downlink signals output by the first oscillator and the second oscillator so that under a condition that the prior intelligent antenna structure is not changed, coexistence of the signals of the plurality of types of networks is realized and thus resources for system construction are saved.

The invention discloses a Sub. 6 antenna and millimeter wave antenna coexist structure, method and mobile terminal, the structure comprises a Sub-6 antenna and millimeter wave antenna, the sub-6 antenna and millimeter wave antenna are arranged in an inlaid manner, the millimeter wave antenna is embedded in the Sub-6 antenna, the method comprises th following steps: arranging a Sub-6 antenna on themobile terminal; embedding the millimeter-wave antenna in the Sub-6 antenna without affecting Sub-6 antenna performance, thereby realizing coexistence of the Sub-6 antenna with the millimeter wave antenna. The Sub-6 antenna and millimeter wave antenna are arranged in an inlaid manner, the millimeter wave antenna is embedded in the Sub-6 antenna, coexistence of the Sub-6 antenna with the millimeter wave antenna is realized, and performance of the Sub-6 antenna and millimeter wave antenna is not affected, the space utilization of the mobile terminal is improved, smaller space is effectively utilized to achieve full coverage of 5G frequency band, and the frequency coverage and transceiving performance of the mobile terminal antenna are improved.

The invention discloses an operating system coexistence method, comprising: in a first operating system, obtaining physical disk sector information occupied by a pre-created disk file and storing the physical disk sector information in a configuration file of the first operating system; installing a boot program of a second operating system and releasing the boot file and a kernel of the second operating system to a system disk of the first operating system; when receiving a boot program based trigger operation in the first operating system, running the kernel to obtain the boot file from the system disk; and obtaining the sector information of the disk file from the configuration file according to the boot file, generating a virtual disk according to the sector information, and finishing reading and writing of the second operating system through the virtual disk. The invention furthermore discloses an operating system coexistence apparatus. According to the operating system coexistence method and apparatus, the operating system coexistence complexity is lowered, the disk partition layout of an original system is not destroyed, and the system coexistence effect is improved.

The invention is applicable to the communication technical field, and provides a coexisting device of mobile terminal peripheral equipment. The device comprises a central processing unit,, the mobile terminal peripheral equipment comprises a safety data (SD) card and a safety data input / output (SDIO) device, and further comprises a change-over switch which is connected with the mobile terminal peripheral equipment and the central processing unit and is used for controlling establishment of connection communication between the central processing unit and the mobile terminal peripheral equipment according to the type of an interrupt request; and a second interrupt request sender which is connected with the central processing unit and the safety data input / output device and is used for sending a second interrupt request to the central processing unit when the first interrupt request is lost. In the coexisting device, the change-over switch controls the connection communication between the central processing unit and the mobile terminal peripheral equipment according to the interrupt request, and sends the second interrupt request by the second interrupt request sender when the first interrupt request is lost, thus solving the loss problem of the first interrupt request of the SDIO device, and realizing the coexistence of the SD card and the peripheral equipment such as the SDIO device.

The invention discloses a signal processing method, device and system. The signal processing method comprises the steps of: generating a pilot frequency code according to a length of frequency domain resources allocated to a user; mapping the pilot frequency code and data information of the user to a resource block allocated to the user, wherein the quantity of generated user modulation data symbols is M1*(Nsymbol-2*C) / p, wherein Nsymbol represents the quantity of orthogonal frequency division multiplexing (OFDM) symbols in one subframe, M1 represents the length of the frequency domain resources allocated to the user, p represents an integer which is more than or equal to 1, and 2*C represents the quantity of OFDM symbols which are not used for transmitting user data information; converting the mapped frequency domain signal into a time domain signal, and increasing a cyclic prefix; and sending the time domain signal. According to the invention, correct demodulation of over distance (5-25km) can be realized, and coexistence of users in different coverage ranges also can be realized.

The invention discloses a biological treatment method used for realizing simultaneous removing of carbon and nitrogen in sewage via controlling dissolved oxygen. The biological treatment method comprises following steps: S1, sewage is delivered into a sewage treatment system provided with only one biological treatment tank, and the biological treatment tank is inoculated with domesticated active sludge, wherein after inoculation, the concentration of active sludge in the biological treatment tank is controlled to be 0.5 to 100g / L; S2, the concentration of dissolved oxygen in the sewage treatment system is controlled, and staged operation is carried out; S3, the total nitrogen, the total carbon, and the concentrations of negative and positive ions of inlet water and outlet water are detected; and S4, in seven days of continuous operation, the concentration of dissolved oxygen is maintained to be 0.1mg / L<=DO<1.0mg / L, TN removing ratio of the sewage treatment system on TOC of sewage of different carbon nitrogen ratio is measured. According to the biological treatment method, carbon nitrogen removing is completed in a same sewage treatment tank, the bacteria colony structure of anaerobic bacteria is controlled via controlling dissolved oxygen, ammoxidation is realized at first, and simultaneous removing of carbon and nitrogen in sewage is realized by denitrifying bacteria.

The invention discloses a method, device and system for controlling a network data forwarding plane. The method, device and system are used for solving the technical problems that in the prior art, aKubernetes network is poor in performance and cannot be directly in butt joint with a virtual machine network. The method comprises the steps that the data state of distributed key values of Kubernetes on configuration data in an ETCD of a storage system is monitored, and if the data state shows that data updating exists, first configuration data is obtained from the ETCD; it is judged whether thefirst configuration data is matched with the second configuration data or not, wherein the second configuration data is the current configuration data of the data forwarding software, and the networkdata forwarding plane of the data forwarding software is used for forwarding the network data in the Kubernetes to a container in the Kubernetes or a virtual machine outside the Kubernetes; and if not, the first configuration data is sent to the data forwarding software to finish configuration updating of the data forwarding software.

The invention provides a radio time resource allocation method and a radio time resource allocation device which are applied to a digital multimedia wireless radio transmission system which is provided with multiple radios and multiple carrier frequencies shared by the multiple radios. The method comprises the following steps: determining the radio priority of each radio in time resource allocation according to preset radio priority determining rules, and determining the carrier frequency priority of each carrier frequency according to preset carrier frequency priority determining rules; determining the carrier frequencies occupied by each radio according to the number of carrier frequencies required for each radio, the radio priority and the carrier frequency priority; and sequentially determining time resource allocation of each radio on the carrier frequencies occupied by the radio according to the order of radio priority, the total time resource request of each radio and the carrier frequencies occupied by each radio. The invention mainly provides a flexible allocation result based on different requirements of a variety of radios in aspects such as capacity, number of carrier frequencies transmitted and the minimum frame length, in order to realize coexistence of a variety of wireless radio systems and effective transmission.

A design method of a turbofan ramjet combined engine with an external culvert and a built-in rocket belongs to the field of combined engines, and comprises the following steps: firstly, formulating overall performance requirements of the engine, designing a basic flow field of an air inlet channel, and then carrying out streamline tracking to obtain a three-dimensional internal rotation air inletchannel; Inlet and outlet parameters of the scramjet combustion chamber are obtained according to the overall performance of the engine, and the scramjet combustion chamber is designed at an outlet ofthe three-dimensional internal rotation air inlet channel; Designing an exhaust nozzle with an adjustable geometric area at an outlet of the scramjet chamber on the basis of parameters of the scramjet chamber and the thrust requirement of the engine at the Ma4.5-6 + stage; Selecting a turbofan engine on the basis of engine performance requirements at stages Ma0-2, and arranging turbofans at openings in the upper wall surfaces of the three-dimensional inward rotating air inlet channels; A sub-combustion combination channel and a turbofan engine; A rocket engine is arranged in an outer culvertchannel of the turbofan engine; based on the thrust requirement of an engine in the Ma0-5 state, and in combination with the performance parameters of a turbofan engine in the Ma0-2 state and a rocketengine in the Ma2-3 state, a sub-combustion chamber capable of switching working modes is designed behind the turbofan engine.