33results about How to "Improve resource reuse rate" patented technology

The invention discloses a MAPSK self-adaptive demodulating system based on characteristics of MAPSK signals and combined with a self-adaptive data transmission frame structure. A self-adaptive signal demodulation processing flow includes the steps of descriptor header capture, bit synchronization, conversion of a rectangular coordinate system into a polar coordinate system, estimation on initial frequency offset and phase offset, RM decoding, carrier tracking, gain control, software decoding mapping, burst type solution and frame synchronization. The step of bit synchronization includes the processes of bit timing offset estimation and trigonometric function interpolation. According to the MAPSK self-adaptive demodulating system, general design for burst self-adaptive demodulation on signals with variable rates (2-45Mbps) and various modulation modes (QPSK, 8PSK and 16APSK) is achieved. The MAPSK self-adaptive demodulating system solves the problem of serious rain attenuation in wireless transmission in the Ku/Ka frequency band through a satellite, and achieves the purpose of meeting different data transmission demands of various types of communication terminals and the purpose of meeting the demand for anti-interference communication of communication satellite systems.

The invention discloses a method, a device and a system for transmitting a short message and relates to the field of communication, which solves the problem of resource waste caused by transmitting the short message when a mobile terminal carries out intercell switch. The method comprises the following steps: an MSC receives a position reporting message reported by a base station controller, and the position reporting message indicates that a short message receiving terminal carries out the intercell switch and carries the information of the current access cell of the short message receiving terminal; and the MSC retransmits a short message to the short message receiving terminal according to the position reporting message. The technical scheme is suitable for a 3G and WCDMA core network.

The invention provides a completion time optimization-oriented scientific workflow scheduling method and system. The method comprises the steps: converting a scientific workflow task into a server-free function and deploying the server-free function into a corresponding cluster; converting a given scientific workflow into a corresponding directed acyclic graph; for each layer of tasks in the directed acyclic graph, allocating resources to the tasks and running the tasks according to parameter configuration; in the task running process, keeping the monitoring of the cluster, and dynamically adjusting resource allocation of each task. Compared with the prior art, the method has the advantage that higher overall completion time and cluster performance are obtained by fully utilizing the elastic telescopic capacity provided by the server-free framework.

The invention provides a data processing method and device, a medium and an electronic device. The method comprises the following steps: receiving a request message through a port of a first short connection; analyzing the request message to obtain a database instruction; judging whether a resource pool comprises a database long connection associated with the database instruction or not; if yes, obtaining a first data result according to the database instruction and the database long connection; if not, establishing a database long connection associated with the database instruction, and obtaining the first data result according to the database instruction and the database long connection; wherein the database long connection is a channel for exchanging data with a plurality of databases.According to the method and the device, idempotent processing is realized, and the requirement of short connection under FaaS architecture is met. The number of database long connections is reduced, and the resource reuse rate is improved. And the expansibility is flexible, so that the user can realize the capacity expansion and shrinkage of bottom-layer resources in an unperceived state.

The invention belongs to the technical field of wireless communication, and discloses a cyclic shift network control method and system, a storage medium and a decoder. the method comprises: performinggrouping processing on parallel input data according to a received shift control signal and sending a grouping result to a QSN module; generating a control signal according to the received shift control signal to control the QSN module and the Banyan module to work; carrying out first cyclic shift on parallel data sent by the input grouping module according to the received control signal, and sending a result to the Banyan module; and performing second cyclic shift on the parallel data sent by the QSN module according to the received control signal, and degrouping the parallel data while shifting to complete the whole cyclic shift operation. The cyclic shifter is compatible with a plurality of different parallel input ports, and can be flexibly split into corresponding independent shifters, so that the throughput is multiplied. The cyclic shifter is especially suitable for a 5G LDPC decoder compatible with multiple code rates, multiple modes and high throughput.

The invention discloses a demodulator fusion realization architecture of a nationwide standard digital television terrestrial broadcast receiver, which comprises a analog-to-digital conversion module, a midfrequency processing module, a PN data separation module, a blind mode detection module, a channel estimate module, an interference cancellation module, a first general time-frequency transformation processing module, a second general time-frequency transformation processing module and a frequency-domain equalizing module; signals after frequency-domain equalizing are controlled by a first select switch to be input to a multicarrier transformation processing module so as to form frequency-domain multicarrier signals meeting the multicarrier standards, and then enter a QAM demodulation and channel decoding module by a second select switch; or the signals after frequency-domain equalizing are controlled by the first select switch to be input to a third general time-frequency transformation processing module so as to form time-domain single carrier signals meeting the single carrier standards, and then enter the QAM demodulation and channel decoding module by the second select switch to form MPEG TS code stream finally. The demodulator fusion realization architecture not only can realize the fusion of the single carrier and the multicarrier, but also has high resource reusability and low realization complexity.

The invention relates to a method of fermenting Bt by taking blue-green algae biogas slurry as a matrix, belonging to the technical field of pesticides. The method of fermenting the Bt by taking the fresh blue-green algae biogas slurry as the matrix comprises the steps of material selection, blue-green algae biogas slurry preparation, Bt GIM1.32 culture activation, fermenting and drying. The method has the beneficial effects that 1, compared with the conventional substrates of biogas residue, Brewer's grains, corn flour, soybean cake powder, rice bran and wheat bran, the fresh blue-green algae biogas slurry can greatly lower the Bt production cost; 2, the blue-green algae biogas slurry fermented for two months is used to prepare the Bt, the finished crystal protein content of 1.87g/L, the virulence titer of 679.89IU/mu. L and LC50 0.353mL/L are all greater than those of Bt prepared under the same conditions by using the conventional culture mediums; 3, the toxin producing performance is better than that of a conventional LB culture medium as a whole, the finished product titer is high, the dispersibility is good, the quality is good, and meanwhile the recycling rate of blue-green algae is increased; 4, mass production can be performed after amplification according to a ratio.

The invention discloses equipment for single track tunnel inverted arch construction, and relates to the technical field of inverted arch construction. The equipment for single track tunnel inverted arch construction comprises a horizontal stabilizing fixing bottom plate and vertical connecting supporting columns, the two sides of the top of the horizontal stabilizing fixing bottom plate are fixedly connected with the bottom ends of the vertical connecting supporting columns separately, and a horizontal stabilizing top plate is fixedly connected to the top ends, far away from the horizontal stabilizing fixing bottom plate, of the vertical connecting supporting columns. According to the equipment for single track tunnel inverted arch construction, rolling wheels can be driven to automatically move or move on the track surface under rotation of an auxiliary motor, therefore, the purpose that maintaining liquid is stirred on the working face on the site is achieved, the functionality of the maintaining liquid is effectively improved through newly-blended mixed curing liquid, the problems of nonuniformity and low efficiency in an manual on-site blending method are avoided, the curing effect is greatly enhanced, the using function of a curing rack is effectively guaranteed, and the safety of the curing rack is improved.

The embodiment of the invention provides a page display method, a front-end server and an online banking system, relating to the technical field of communications. The problem in the prior art of highcost due to poor resources utilization rate is resolved when a page configuration file of online banking corresponds to one set of pages. The method comprises the following steps: receiving a function request sent by a client-end, wherein the function request comprises function types; searching scenes corresponding to functions according to function types and searching page control information corresponding to functions; generating a scene list according to searched scenes; determining an appointed scene in the scene list and appointed page control information corresponding to the appointed scene; and updating information in pages according to the appointed page control information and reporting the information back to the client-side. The embodiment is used for page display of the onlinebanking system.

The invention discloses a resource reuse-based multi-carrier adaptive demodulation method. The method mainly comprises the following steps: inputting a plurality of paths of serial data to cache; caching each carrier intermediate variable; capturing a header; performing bit timing deviation estimation; interpolating a trigonometric function; performing coordinate transformation; inputting amplitude and phase data to cache; caching each carrier intermediate variable; performing initial frequency deviation and phase deviation estimation; performing RM decoding and carrier tracking algorithm processing. According to the method, universal design for adaptive demodulation on a variable-rate and multiple-modulation-mode burst multi-carrier signal is realized. The problem of serious rain fade during multi-carrier wireless transmission of a satellite at the Ku/Ka frequency band, the problem of different data transmission requirements for various types of communication terminals and the problem of requirements of multi-carrier anti-interference communication of a communication satellite system are solved.

The invention belongs to the technical field of computers, and discloses a method and device for multiple platforms to share the same PXE server to automatically install an OS, and the method comprises the steps: obtaining an operating system mirror image file, placing the operating system mirror image file in a corresponding shared directory according to the platform to which the operating system mirror image file belongs, and generating a corresponding configuration file; the server to be tested is connected with the PXE server through the switch; acquiring a request signal of the to-be-tested server, and determining a platform to which the to-be-tested server belongs according to the IP address range of the to-be-tested server; according to the platform to which the to-be-tested server belongs, distributing a corresponding shared directory for the to-be-tested server to select; and after receiving the corresponding shared directory, the server to be tested selects the required mirror image file of the operating system for installation. Different platform servers are enabled to install the OS in one PXE server, the resource reuse rate is improved, management is simplified, and IP confusion is avoided. The technical problem that servers of different platforms cannot install an operating system in one PXE server is solved.