32results about How to "Flexible resources" patented technology

The invention relates to a drug sensitive batten which comprises a drug sensitive batten body, as well as at least 12 concave holes which are arrayed in a column, wherein the same antibacterial drug with gradient concentration subjected to doubling dilution is added into the 12 concave holes respectively; the gradient concentration subjected to doubling dilution comprises an MIC explanation standard and a quality control allowable range; the drug sensitive batten further comprises a drug name identification area and drug concentration identification areas. The invention also provides a preparation method of the drug sensitive batten. The drug sensitive batten can be independently used without an instrument, and is flexible in application; the standard operation is adopted, and drug sensitivity results are accurate and reliable; the MIC value of drugs can be measured, and the requirements of hospitals for daily indoor quality control can be met; the operation is simple and convenient, free combination can be realized as required, and the research and use are facilitated.

A method of transmitting data in a multiple antenna system includes transmitting a precoding matrix index (PMI) of a first user through a control channel for the first user, and transmitting the PMI of the first user and a PMI of a second user through a data channel for the first user. Effective data decoding is possible regardless of whether radio resources to be allocated to multiple users are partially or entirely allocated to the users.

The invention provides a lagerstroemia indica seedling cold storage and high temperature season planting method. The method comprises the steps of conducting cuttage breeding production on lagerstroemia indica seedlings in the lagerstroemia indica seedling growth period; digging out the lagerstroemia indica seedlings and binding the lagerstroemia indica seedlings according to bundles in the lagerstroemia indica seedling dormant period; after the lagerstroemia indica seedlings are subjected to sterilization, preservation, water retention and simulation temporary planting, covering the lagerstroemia indica seedlings with plastic film and then putting the lagerstroemia indica seedlings in cold storage. By means of the lagerstroemia indica seedling cold storage and high temperature season planting method, by conducting cuttage breeding production on the lagerstroemia indica seedlings in the growth period, covering the lagerstroemia indica seedlings with the plastic film and putting the lagerstroemia indica seedlings in cold storage after conducting the sterilization, the preservation, the water retention and simulation temporary planting on the lagerstroemia indica seedlings in the dormant period, the lagerstroemia indica seedlings can be transplanted in the high temperature season, soil ball transplanting is not needed, the transplanting survival rate is increased, the transplanting cost is lowered, cross-region pollution of diseases and insects can be prevented, soil resources are protected, so that when lagerstroemia indica is transplanted, requirements on time, climate andtransportation conditions are flexible, and the transplanting cost is saved.

The invention relates to a system for allocating resource in a communication system. A handover control subsystem (401) comprises a distribution profile processor (401) determining a distribution profile for a plurality of resource categories. Specifically, a preferred probability for handing over to different frequency bands is determined in response to mobile capabilities, cell loading and otheroperational conditions. The handover control subsystem (400) further comprises a random number generator (403) for determining a stochastic value for a subscriber unit. A handover controller (409) alocates a resource from the categories of resources dependent on a preferred category selected from the distribution profile and the random number. Thereby a distribution of resources associated with the distribution profile is obtained. The invention is particularly applicable to cellular communication systems such as GSM or UMTS.

This invention discloses a transmitting method for high speed up-line packet access data and signaling of the TD-CDMA system, in which, the signaling transmission includes: a UE carries out channel code to transmission format set, re-transmission list number and mixed automatic re-transmitted required process sequence number and scrambles the coded signaling then interlaces the signaling then to match rate to the signaling according the rate match mode fixed by a punch template and maps it to a physical channel.

The invention relates to a method for isolating multiple services in a power wireless private network system, which includes: frequency resource scanning and interference statistics, configuration control and data channel resource pools, broadcast service lists and channel resources, obtaining random access resource pools, establishing connections and Report service ID and base station configuration control and data channel resources. The present invention uses spectrum sensing technology to obtain the frequency usage and interference in the 230MHz spectrum range, thereby effectively evaluating the interference level of each frequency sub-band, and when it is found that the frequency point has been used and the interference is large, it needs to be avoided in time, and dynamically select no interference or For sub-bands with less interference, update frequency resources that can be allocated, allocate dedicated resources for high-priority services, configure multiple transmission resource pools that are physically isolated from each other, for different types of services, and support the flexibility of multiple transmission resource pools Configuration to adapt to regional spectrum resource differences and terminal distribution differences to improve resource usage efficiency.

The invention relates to a heterogeneous mobile communication network power control method. In one embodiment, a method used in a heterogeneous mobile communication network comprising neighboring macro base stations and low-power nodes is provided and include steps of I, determining an acceptable interference value by the macro base station according to average interference noise level of a physical uplink shared channel; II, sending the acceptable interference value to a low-power node from the macro base station via an X2 interface or an air interference; III, determining uplink transmission power compensation factor by the low-power node; and IV, determining uplink transmission reference power by the low-power node according to the acceptable interference value of the neighboring macro base stations. By the methods in different technical schemes, flexible and reasonable power control or resource scheduling of the heterogeneous mobile communication network can be realized, inter-cell interference especially inter-cell interference of heterogeneous base stations is lowered, and integral performance of the heterogeneous mobile communication network is improved.

The embodiment of the invention discloses a resource publishing and obtaining method, device and equipment. The resource publishing scheme comprises the steps of determining a to-be-published target resource; generating hierarchical information corresponding to the target resource; and publishing the hierarchical information and the target resource.

The invention discloses an integrated base station antenna which comprises an active antenna part, a passive antenna part and a connection piece. The active antenna part and the passive antenna part share one antenna outer cover and are arranged side by side. The surface of the active antenna part is basically parallel to the surface of the passive antenna part. The active antenna part and the passive antenna part are fixed into a whole through the connection piece. The passive antenna part is designed according to the standard of a mainstream passive antenna. According to the scheme of the active antenna part, a radio frequency part of the base station antenna is integrated inside the antenna to be matched with antenna oscillators through multichannel radio frequency, the spatial beam forming is achieved, and receiving and dispatching of radio-frequency signals are completed; by the different configurations of the active antenna oscillators, the functions such as flexible beam control and MIMO of an actual communication network are achieved, and more flexible resource dynamic configuration and sharing is achieved so that the aims of the optimal performance of the whole network and the lower networking cost of the whole network can be achieved.