30results about How to "Increased probability of occurrence" patented technology

A gaming machine which can control the tempo of the game to refresh the player while maintaining continuity of the game, enhancing entertainingness and amusement of the game, and encouraging the player's sense of achievements. The input unit receives an instruction related to a game. The memory stores a first symbol determination table causing that a specific symbol appears among rearranged symbols on the symbol display unit with a first probability and a second symbol determination table causing that the specific symbol appears among the rearranged symbols with a second probability higher than the first probability. The controller starts the game in response to the instruction received through the input unit to execute the game in a normal mode and shifting the normal mode to a chance mode according to the game result in the normal mode.

The embodiment of the invention provides a commodity subscription method and device and a device for subscribing a commodity, and the method specifically comprises the steps: associating a user with subscription information according to the subscription information of the user for a commodity object; capturing an inventory quantity corresponding to the first commodity from pages of at least two e-commerce platforms, and monitoring the inventory quantity corresponding to the first commodity; wherein the first commodity is matched with the subscription information; pushing prompt information ofthe first commodity to a user associated with the subscription information under the condition that the inventory quantity corresponding to the first commodity meets a preset condition; wherein the prompt information comprises a goods identifier and a purchase link. According to the embodiment of the invention, the commodity obtaining difficulty can be reduced, and the commodity obtaining efficiency can be improved.

A process for epitaxially coating the front surface of a semiconductor wafer in a CVD reactor, the front surface of the semiconductor wafer being exposed to a process gas which contains a source gas and a carrier gas, and the back surface of the semiconductor wafer being exposed to a displacement gas, wherein the displacement gas contains no more than 5% by volume of hydrogen, with the result that diffusion of dopants out of the back surface of the semiconductor wafer, which is intensified by hydrogen, is substantially avoided. With this process, it is possible to produce a semiconductor wafer with a substrate resistivity of ≦100 mΩcm and a resistivity of the epitaxial layer of >1 Ωcm without back-surface coating, the epitaxial layer of which semiconductor wafer has a resistance inhomogeneity of <10%.

The invention discloses an audio processing method and device, a language model training method and device and system, computer equipment and a storage medium, and belongs to the technical field of signal processing. A phoneme sequence of a target audio is obtained; a first word sequence is obtained based on a traditional voice recognition mode; in addition, contextual information is introduced tocarry out voice recognition under a specific context again, so a second word sequence conforming to the contextual information of the specific context is obtained; the first word sequence and the second word sequence are comprehensively considered; the final semantic information is planned and decoded, equivalently, by introducing the second word sequence, the occurrence probability of some wordsconforming to the specific context in the semantic information is enhanced, the misjudgment situation of some keywords in the semantic information is reduced, the accuracy of the automatic speech recognition process is improved, and thus the accuracy of the audio processing process is improved.

The present invention relates to a method and device for manufacturing artificial stone. More specifically, the method includes the steps of: (a) mixing two or more kinds of chips having different grain sizes with a raw material for artificial stone; (b) injecting the raw material for artificial stone mixed with the chips into a mold; (c) applying primary vibration using a vibration device such that the raw material is uniformly dispersed in the mold; (d) applying vacuum to eliminate bubbles in the raw material; and (e) molding artificial stone by applying a secondary vibration using the vibration device. According to the method and device for manufacturing artificial stone of the present invention, the deposition rate of chips exposed at a surface of artificial stone is maximized, and thus the external appearance of artificial stone can be more naturally expressed and resistance against abrasion and staining can be improved.

The invention relates to a method and device for translating Chinese-English organization names. The Chinese organization names to be translated are divided into four language blocks using a word-based conditional random field model, and word segmentation is performed on the four language blocks. Select words with a certain amount of information and translation confidence for statistical translation, get the translation results of several words in the organization name, and form a bilingual query with the Chinese organization name to be translated. Retrieve the query with the help of a search engine, and obtain several fragments of bilingual webpages in both Chinese and English. Extract the English in the webpage fragments, and use the Chinese-English asymmetric alignment technology to screen the fragments in the English sentences that have the highest probability of being aligned with the Chinese organization name. By counting information such as the frequency of occurrence of each segment, an optimal segment is determined as the translation of the Chinese institution name. This method overcomes the structure, sequence and word selection errors that the statistical translation model tends to produce in the translation process of institution names, and the accuracy rate of institution name translation is increased by 35.26%.

Disclosed is a particle generator for generating a loudspeaker signal for a loudspeaker channel in a multichannel reproduction environment. Said particle generator comprises a position generator (14)for providing a plurality of positions in which an audio source is to occur, and a time generator (18) for supplying times during which the audio source is to occur, a time being allocated to a position. An individual pulse response generator (16) is also provided for generating individual pulse response data for each of the plurality of positions. A combined pulse response is formed by a pulse response combining unit (20) to combine the individual pieces of pulse response data according to the times during which the same occur. Said combined pulse response is finally used for adjusting a filter (21), with the aid of which the audio signal is finally filtered.