58results about How to "Increase resource consumption" patented technology

A target device's location in a radio network is estimated by maintaining a probabilistic model for several sample points that indicate expected distributions of signal values at a given location. The target device observes signal values, wherein the sequence of observations and the respective locations constitute a Hidden Markov Model. A graph models the topology of the positioning environment. The graph indicates several nodes which are permissible locations in the environment and several arcs which are permissible transitions between two nodes. The graph is used to estimate the target device's location based on the probabilistic model and the sequence of observations.

An apparatus for providing adaptive language model scaling includes an adaptive scaling element and an interface element. The adaptive scaling element is configured to receive input speech comprising a sequence of spoken words and to determine a plurality of candidate sequences of text words in which each of the candidate sequences has a corresponding sentence score representing a probability that a candidate sequence matches the sequence of spoken words. Each corresponding sentence score is calculated using an adaptive scaling factor. The interface element is configured to receive a user input selecting one of the candidate sequences. The adaptive scaling element is further configured to estimate an objective function based on the user input and to modify the adaptive scaling factor based on the estimated objective function.

a method and apparatus for detecting a secondary synchronization signal, the method including: calculating a channel estimation compensation value of each sub-carrier of a Secondary Synchronization Signal (SSS) symbol in different Cyclic Prefix (CP) modes; obtaining-a coherent accumulative results of even half frames and odd half frames of each sub-carrier according to the channel estimation compensation value of each sub-carrier of said SSS symbol; generating a SSS sequence; obtaining an index of the SSS sequence corresponding to an over-threshold value of a first round detection, determining indexes composed of the SSS sequence used in a second round detection according to said index, using coherent accumulative results of all the sub-carriers in the even and odd half frames and SSS sequences of all the sub-carriers to obtain an over-threshold value of the second round detection; and obtaining a CP mode, and calculating a cell ID and a radio frame boundary.

The present invention discloses a security management method and a security management system for a WAPI terminal accessing an IMS network. The method comprises: an authentication service unit (ASU) sending, under the circumstance that an access point and the WAPI terminal pass the verification of the ASU, a security information request message to a home subscriber server (HSS) (S302); the HSS setting security information corresponding to the IMS account information of the WAPI terminal as access layer security after receiving the security information request message from the ASU (S304); a proxy-call session control function (P-CSCF) receiving an IMS login request message from the WAPI terminal, inquiring about the security information of the WAPI terminal through the HSS, and allowing the WAPI terminal to execute an IMS service flow under the circumstance that the security information of the WAPI terminal is the access layer security (S306).

The invention discloses a simultaneous frame and bit combined estimation method for an EBPSK (extended binary phase shift keying) communication system. The method comprises the steps: framing sending data at a transmitting end, and then performing EBPSK modulation; sending a receiving signal into an impact filter at a receiving end, and converting the receiving signal into parasitic amplitude modulation impact at a code element '1'; performing down sampling on output data of the impact filter according to a relative relation with a baseband code element rate; calculating peak values of 13 continuous data points of each group in a data stream subjected to down sampling, marking the moment that the peak values are greater than a certain threshold value, calculating a relevance value to a frame header, and marking the moment, in which four times of the peak value is smaller than the relevance value, in the marked moments; searching the first peak value of the relevance value in the marked moment in the step, wherein the moment corresponding to the first peak value is a synchronous moment. According to the simultaneous frame and bit combined estimation method, frame and bit are simultaneously finished by one step, so that the synchronization efficiency is improved, the synchronization precision is improved, the demodulation performance is high, the synchronization expense is reduced, the transmission efficiency is high, the hardware expenses are reduced, and the receiving machine implementation cost is reduced.

The invention discloses an implementation method for a networked system structure of a numerical control system. The implementation method comprises the following steps of: separating a human-computer interface controller from a numerical control machine to run in an industrial personal computer (PC), and making a task controller, a motion controller and a programmable logical controller (PLC) run in the numerical control machine; implementing real time data processing of the human-computer interface controller through a soft real-time mechanism on the industrial PC; implementing real time data processing of a server and the task controller through a soft real-time mechanism on the numerical control machine, and communicating the task controller with the motion controller by using a mixedinteractive model; and connecting the industrial PC with the numerical control machine through a real-time Ethernet. By using the implementation method, the pressure of a processor can be relieved, the control performance of the numerical control system is improved, the real-time property of data transmission among cross-platform modules is ensured, and a speed of data processing of a user task, the data interactive performance among local modules and the stability of the system are improved.