478results about How to "Improve expressiveness" patented technology

Means is provided for generating a vibration or a vibration signal, which contains audible range components that are vibration components in the audible frequency range and super-highfrequency components within a range exceeding the audible frequency range up to a predetermined maximum frequency, and which has an autocorrelation order represented by at least either one of a first property and a second property. By applying the vibration or an actual vibration generated from the vibration signal to a human being, a fundamental brain activation effect for activating the fundamental brain network system constituted of a fundamental brain including the brain stem, thalamus and hypothalamus that are regions to bear the fundamental function of the human being and the fundamental brain network of neuronal projection from the fundamental brain to various brain regions is introduced.

For characterizing a tone signal a sequence of quantized entry times for each of at least two tone sources over time is provided on the basis of a quantization raster. Hereupon, a common period length underlying the at least two tone sources is determined using the sequences of entry times. Hereupon, the sequence of entry times is divided into respective sub-sequences, wherein a length of a sub-sequence is equal to the common period length. Finally, the sub-sequences for the first tone source are combined into a first combined sub-sequence and for the second tone source into a second combined sub-sequence, i.e. for example using a pattern histogram, in order to characterize the tone signal by the first combined sub-sequence and by the second combined sub-sequence, e.g. with regard to rhythm, speed or genre.

The invention discloses a front-facing camera mounting structure of a mobile terminal, and the mobile terminal adopting the mounting structure for mounting a front-facing camera. The front-facing camera mounting structure comprises a display assembly and a camera module arranged in a manner of overlapping with the display unit, wherein a lens of the camera module is oriented in the direction of the display assembly, and a light-transmitting hole through which light can pass is formed in the display assembly at a position corresponding to the lens. By overlapping the camera module with the display assembly, the space occupation of the camera module on a display surface of a terminal can be effectively reduced, the screen ratio of the terminal is increased, a non-display region of a display screen is arranged at the back surface of a display region, thus the display surface contour of the display region is the contour of the display screen, the display space is not occupied by any other structure, and the effect that the whole surface of the display screen can display images is achieved; and the mobile phone adopting the display assembly can realize the full-screen display of the front surface of the mobile phone, thereby realizing the ultra narrow frame and even frameless effect, and enhancing product expressive performance.

A speech encoding method and apparatus in which an input speech signal is divided in terms of blocks or frames as encoding units and encoded in terms of the encoding units, whereby explosive and fricative consonants can be impeccably reproduced, while there is an attenuation of the occurrence of foreign sounds being generated at a transient portion between voiced (V) and unvoiced (UV) portions, so that the speech with high clarity devoid of “stuffed” feeling may be produced. The encoding apparatus includes a first encoding unit for finding residuals of linear predictive coding (LPC) of an input speech signal for performing harmonic coding and a second encoding unit for encoding the input speech signal by waveform coding. The first encoding unit and the second encoding unit are used for encoding a voiced (V) portion and an unvoiced (UV) portion of the input signal, respectively. Code excited linear prediction (CELP) encoding employing vector quantization by a closed loop search of an optimum vector using an analysis-by-synthesis method is used for the second encoding unit. A corresponding decoding method and apparatus is also provided.

The invention discloses an advertisement display management system integrating augmented reality, somatic sense and a green screening technology and an advertisement display management method integrating augmented reality, somatic sense and a green screening technology. The advertisement display management system integrating augmented reality, somatic sense and the green screening technology comprises an advertisement management system, an advertisement display system and a data analysis center, wherein the advertisement management system and the advertisement display system are connected through a network communication module; the advertisement display system and the data analysis center through the network communication module; the advertisement display system is connected with a fixed terminal and a mobile terminal. According to the advertisement display management system disclosed by the invention, advertisement putting and data collecting and analyzing of a target group are realized through the advertisement management system, the advertisement display system and the data analyzing center, so that the expressive force and interaction enjoyment of the advertisement are strengthened, the advertisement putting accuracy and the flow conversion actual effect are further improved, and problems of fewer conventional advertisement forms, insufficient attraction, a lower conversion rate, and the like are solved.

A methodology is provided for informing targeted Demand-Response (DR) and marketing programs that focus on the temperature-sensitive part of residential electricity demand. The methodology uses energy consumption readings collected from “smart” electricity meters, as well as hourly temperature readings. Individual consumption is decomposed into a thermal-sensitive part and a base load (non thermally-sensitive), a model of temperature response that is based on thermal regimes, i.e., unobserved decisions of customers to use their heating or cooling appliances. This model is used to extract useful benchmarks that compose a thermal profiles of individual customers, i.e., terse characterizations of the statistics of these customers' temperature-sensitive consumption. This knowledge may, in turn, inform the DR program by allowing scarce operational and marketing budgets to be spent on customers whose influencing will yield highest energy reductions at the right time. Methods are also provided for scheduling optimal, individual customer controls of the thermal appliance to achieve a desired profile of the aggregate energy reductions.

When a video signal is inputted to a projector (10) through a video input terminal, a luminance peak value of an image of the video signal is detected by an image-analyzing circuit (61) to be outputted to a CPU (71). A gain-adjusting circuit (63) adjusts a luminance signal in the video signal based on a command from the CPU (71). The CPU (71) determines a gain adjustment amount based on the luminance peak value of the image obtained by the image-analyzing circuit (61) and outputs the result to the gain-adjusting circuit (63). For instance, when the luminance peak value (lp) of the image is 50% of the upper limit (Imax) thereof, a gain-adjusting amount AG is doubled In this case, an illuminating light volume of a light valve (44a) has to be reduced to 50%, which is achieved by light-attenuation by a light-source lamp (21) and an open / close light shield (23).

The invention discloses a method for automatically detecting core characteristics of a malicious code, and belongs to overall design of computer system security. The method is a method for detecting the core characteristics of the malicious code based on a machine learning algorithm. Due to static analysis, from the perspective of the actual security significance of the malicious code, image texture, key API calling and key character string characteristics of the malicious code are extracted; the extracted characteristics are learned through a random forest tree algorithm based on a normalizedbicharacteristic library; therefore, a family core characteristic library of the malicious code is obtained; for the malicious code, image characteristics of the malicious code have better expressiveforce; therefore, a bicharacteristic sub-library is constructed; the image characteristics of the malicious code are warehoused independently; the fact that certain characteristic values in image characteristic vectors can be selected for training in characteristic fusion every time can be ensured; and thus, a classifier obtained by training has a certain accuracy rate.

The invention relates to a three-dimensional virtual fitting method based on garment pictures. The three-dimensional virtual fitting method includes inputting data on the basis of the garment pictures, extracting information of garments in the garment pictures according to skeleton of a manikin and setting attributes of the garments, building a three-dimensional garment mesh model according to combination of a machine learning algorithm and a stitch self-inductance algorithm, and finally mapping patterns and figures of the garments to the three-dimensional garment mesh model one by one so as to complete three-dimensional physical simulation. The three-dimensional virtual fitting method can solve problem that virtual fitting experience is poor and the like caused by excessive two-dimensional garment templates, difficulty in acquiring professional design knowledge and complicated setting of stitch information, enhances sense of reality and expression of garment models, and accordingly is significant in improving virtual three-dimensional garment modeling quality and users' experiences.

An information processing device includes a face detection unit that detects a face area from a target image, a feature point detection unit that detects a feature point of the detected face area, a determination unit that determines an attention area that is an area to which attention is paid in the face area based on the detected feature point, a reference color extraction unit that extracts a reference color that is color setting obtained from the target image in the determined attention area, an adjustment unit that adjusts the extracted reference color to a color setting for a modified image generated from the target image as a base, and a generation unit that generates the modified image from the target image by drawing the attention area using the color setting for the modified image.

The invention discloses a multi-media playing device dynamically varying an outer shell color along with rhythm. The device comprises an outer shell, a light-emitting unit arranged on the outer shell, a control unit used for controlling the light-emitting unit and an audio decoding unit which decodes audio signals played by the multi-media playing device in real time, quantizing the obtained decoded signals and converting the signals into control signals, and the control unit controls the light-emitting mode of the light-emitting unit according to the control signals. A music dynamic effect is expressed on lamp light outside the device, and the multi-media playing device has the advantages that visual effects of all kinds of audios are expanded to the outer shell of the device to be achieved, so that the visualization effect is enhanced; the lamp light outside the device is changed to be in a dynamic light-emitting mode from a static light-emitting mode, and visual perception which is brought to a user by the colorful lamp light is sufficiently enhanced; the shade and color of the lamp light outside the device are combined with the played audios, so that the expressive force of the device is enhanced, and stronger subjective perception is brought to the user.

The invention discloses a camera mounting structure of a mobile terminal, comprising a terminal shell and a display assembly arranged on the surface of the terminal shell. The display assembly consists of a display area and a non-display area in an integrated structure, wherein the display area is used for displaying an image; the non-display area is used for connecting a control circuit; and the non-display area is positioned below the display area, so that the profile of the display area is taken as a display profile of the mobile terminal. The back part of the terminal shell is provided with a rear shooting module which can rotate relative to the terminal shell, and the rear shooting module can be turned over to the mobile terminal for front shooting. A mobile phone can achieve full screen display of the front surface, has a high screen occupation ratio, achieves front and rear high definition shooting and is low in product cost.

The invention relates to a virtual camera and real camera switching system and method. The system comprises a real camera, wherein the real camera is connected with a chroma key device, a synthesis rendering server is connected with a virtual camera controller, a virtual camera parameter generating device connected with the real camera and the virtual camera controller is arranged inside the synthesis rendering server, a virtual camera and the virtual camera parameter generating device are connected with a synthesis device, the synthesis device is connected with the chroma key device, and a foreground generating device, a background generating device and an output device which are connected with the synthesis device are further arranged inside the synthesis rendering server. According to the method, virtual foregrounds, virtual backgrounds and virtual persons are fabricated in field and are fast synthesized, the switching of a field real scene and a virtual scene is realized through the operation of the virtual camera controller to the scene, the limitation of the real camera when the real camera shoots a virtual object is compensated, and the program expressive force of a virtual studio is greatly improved.

The invention relates to a text to speech (TTS) method and system. The method comprises: performing text analysis and linguistic analysis on an inputted text so as to generate front-end scripts comprising corresponding speech units; obtaining, verifying and correcting the front-end scripts; and obtaining the corrected front-end scripts for synthesizing correction speech. By adopting the provided TTS method and system, the errors of the front-end scripts such as word-segmentation errors and polyphone phonetic notation errors can be corrected so that the synthesized speech is more understandable and more user friendly for users, a conventional TTS's shortcomings of insufficient prediction accuracy of rhythm can be overcome, and the synthesized speech is more natural and more expressive.

The invention discloses a binocular stereo matching method and a binocular stereo matching system based on dense network depth learning. Firstly, stereoscopic image pairs with real values are preprocessed to construct training samples for network learning. Then a dense convolution neural network model is trained to calculate the matching cost. Finally, cross-aggregation algorithm is used to optimize the matching cost, and the optimal disparity is calculated by WTA strategy, and the corresponding disparity map is obtained. A method for extracting features of convolution layer features that a dense convolution neural network model is used to extract features of convolution lay, Attempt to find a better matching cost, effectively solve the problem that pixel matching point can not be found accurately in weak texture region and the performance of detail features is poor, with higher computational accuracy and better robustness.

The invention discloses a histogram equalization based image enhancement method and device. In the invention, the whole-frame input images are subjected to histogram equalization by sectors; therefore, by carrying out histogram equalization on the sector singly, the layering in the sector can be enhanced and the expressive forces of the edges which are rich in changes of gray values and the detailed information can be improved. Hereafter, interpolation processing is carried out on the pixel gray values of the edges of each sector and the adjacent sectors around the sector so that the sectors are related to avoid obvious boundaries among the sectors as each sector is respectively subjected to histogram equalization, thus improving the quality of the enhanced images. In addition, the detailed information of the edges is further enhanced by adjusting the local contrast of the enhanced input images so as to improve the contrast of the images after equalization, thus further improving the quality of the enhanced images.

The invention discloses an array substrate of a liquid crystal display device, which comprises scanning wires, data wires, pixel cells as well as pixel electrodes and transistors which are arranged in the pixel cells, wherein every two lines of pixel cells in the array substrate can configure one scanning wire, and every one row of pixel cells configures two data wires; the array substrate also comprises first repairing wires and second repairing wires, which are arranged in different layers, and the first repairing wires are arranged between every two adjacent rows of pixel cells, are extended along the direction of the data wires and are broken on each of the crossed parts of the first repairing wires and the scanning wires; the second repairing wires are arranged on the broken parts of the first repairing wires, stripe over the scanning wires corresponding to the broken parts and extend along the direction of the data wires. The invention also discloses the liquid crystal display device applying the array substrate as well as a repairing method used for the array substrate. The liquid crystal display device, the array substrate and the defect repairing method thereof can solve the problem of lower yield caused by the defects of the data wires.

The invention relates to a three-dimensional ring visualization method of a multi-branch tree data structure. The method comprises the following steps: 1) establishing the mapping relationship between the multi-branch tree data nodes and the nodes in the visualization methods to realize that the node information expressed by the visual nodes in each visualization method correspond to that of the corresponding multi-branch tree data nodes; 2) determining the node data of the multi-branch tree data structure and the information visual parameter; 3) determining the parameters of the visual nodes; 4) determining the expression way of the relationships of nodes (the relationship of brother nodes and the relationship of father and son nodes), modifying or adding the related parameters of the visual nodes with the expression demand; and 5) according to the parameters set by the step 2), 3) and 4), combining the information visualization of the multi-branch tree data nodes with the visual curved nodes to realize the three-dimensional visualization display of the multi-branch tree; and ensuring that the overall visual shape of the combined nodes still corresponds the characteristics of thearc body, and maintaining the characteristics of layers, clusters and other structures. The method is simple and has good application effect.

The invention provides a dry particle glaze rock simulated ceramic tile production process, which relates to a ceramic production process, in particular to a production process of a rock simulated ceramic tile. The rock simulated ceramic tile comprises a ceramic tile body and a glaze surface, and is characterized in that the glaze surface is prepared from the following ingredients including 25 to 40 percent of basic surface glaze, 15 to 25 percent of protection glaze, 0 to 0.05 percent of mica sheets, 4 to 6 percent of water washing ball soil slurry, 15 to 25 percent of gluewater, 5 to 10 percent of inorganic cermic ink, 8 to 15 percent of white dull gloss dry particles, 0 to 12 percent of colored dull gloss dry particles, 0.5 to 1.5 percent of aluminum oxide slurry and 0.02 to 0.04 percent of dispergators. The production process comprises a single-point product manufacturing process and a multi-point product manufacturing process. The problems of poor accumulation effect of the existing dull gloss dry particles on the tile surface and flowing of gluewater into a glaze jar are solved; in addition, the dry particles with strong three-dimensional effects can be obtained through firing in one step; the visual layering effect of products is good; the hardness and the wear-resistant degree are both superior to those of the existing product.

The invention discloses a speech synthesis system for an online game and an implementation method thereof. The system comprises a personal sound parameter setting module and a sound synthesis module, wherein the personal sound parameter setting module is used for providing an interface for a user to set a personal sound parameter, generating sound preview and parameter adjustment, and saving a sound parameter finally selected by the user; and the voice synthesis module is used for recording the position information of all roles in the same scene, broadcasting the speaking contents and personal sound parameter of a speaking role to other roles in a certain range, synthesizing the speaking contents into speech for other roles, performing sound changing processing on a personal sound parameter preset for the speaking role, and playing locally. Moreover, the invention further discloses an implementation method for the system. In the invention, sounds in the game are enriched by using the speech, so that the expressive force of the game is improved, and the experience effect of the game is improved essentially.

In order to improve expressiveness of a template, the template is generated by using editing descriptions comprising valid area information for generating a composite image by using the template, an image layout command for specifying an image to be laid out in the valid area, and an image processing command for specifying the content of image processing to be carried out on the composite image and for specifying an area in which the processing is carried out. A composite-image generating apparatus generates the composite image based on the editing descriptions of the template.

An embodiment of the application provides a multi-primary-color conversion method and unit, a display control method and a display device, relates to the technical field of displaying and can solve the problem that the application of trichromatic signals in multi-primary-color display devices leads to the failure of implementing multi-primary-color displaying. The multi-primary-color conversion method comprises: in a first color domain having M primary colors, acquiring color coordinates and brightness value of a first color in the first color domain according to gay level values of the M primary colors corresponding to the first color; in a second color domain having N primary colors, mapping color coordinates and brightness value of a second color in the second color domain according tothe color coordinates and brightness value of the first color in the first color domain, wherein 3< / =M, 3< / =N, M is different from N, and M and N are positive integers. The multi-primary-color conversion method is used to implementing multi-primary-color conversion.

The invention relates to a hot tinting approach on the surface of bronze. By applying different chemistry raw material formulas and according to thinking of designers, the approach applies various chemistry materials to generate the chemical change on the heated copper surface with different copper content at the different temperature; the needy colors showed by the copper surface are controlled depending on the heating time and form various patterns. The clear color blocking material is used to block the colored copper surface. The color and the pattern are bleeded from the inside of the metal, thus, being sparkling and crystal-clear, jade-like, rich and natural in color and strong in teansparency. Therefore, the expressive force, attractiveness and collection value of the copper works or copper sculpture are greatly improved.

The invention relates to an intelligent interactive puppet show playing system and a control method of the intelligent interactive puppet show playing system. With the adoption of the intelligent interactive puppet show playing system and the control method of the intelligent interactive puppet show playing system provided by the invention, the problem that the conventional puppet show is limited in a representation pattern can be solved. According to the main points of the technical scheme, a power supply module supplies power to the intelligent interactive puppet show playing system; the intelligent interactive puppet show playing system comprises a puppet and a stage; the intelligent interactive puppet show playing system further comprises a system main control device and puppet control devices assembled on puppets; each puppet control device comprises a puppet control chip, a puppet communication chip, at least one puppet joint control device and a puppet movement control device for controlling the puppet to move; the puppet control chips are connected with the system main control device in a communication manner through the puppet communication chips; the puppet movement control devices are electrically connected with the puppet control chips; and the puppet joint control devices are further electrically connected with the puppet control chips. With the adoption of the intelligent interactive puppet show playing system and the control method of the intelligent interactive puppet show playing system provided by the invention, a puppet show can be automatically played; the puppet play can be actually and entirely replayed; and the representation patterns are rich.

A voice discriminating tag for making a reception voice and a transmission voice distinguishable is added to the voice inputted into a cell phone. Further, a volume discriminating tag is added based on a detection result of a volume detector. A CPU converts the voice into character data and image data on the basis of the voice discriminating tag and the volume discriminating tag, referring to various files stored in file devices. The converted data is outputted to a display panel on which the character data corresponding to the transmission voice and the character data corresponding to the reception voice are shown in time series so as to have different colors. The character data is shown in a literal type corresponding to a volume level.

The invention provides a method for locating sound and a system thereof, wherein the method comprises the following steps: firstly, a display device receives sound signals, analyzes horizontal position information and vertical position information of a main sound source according to the main sound source location information in the sound signals, secondly, the display device selects one loudspeaker to sound from two or more than two loudspeakers arranged on the upper portion of the display plane of the display device or two or more than two loudspeakers on the lower portion of the display plane according to the horizontal location information of the main sound source, and selects one of the loudspeaker to sound from two or more than two loudspeakers arranged on the left portion of the display plane or two or more than two loudspeakers arranged on the right portion of the display plane of the display device according to the vertical location information of the main sound source.

For characterizing a tone signal a sequence of quantized entry times for each of at least two tone sources over time is provided on the basis of a quantization raster. Hereupon, a common period length underlying the at least two tone sources is determined using the sequences of entry times. Hereupon, the sequence of entry times is divided into respective sub-sequences, wherein a length of a sub-sequence is equal to the common period length. Finally, the sub-sequences for the first tone source are combined into a first combined sub-sequence and for the second tone source into a second combined sub-sequence, i.e. for example using a pattern histogram, in order to characterize the tone signal by the first combined sub-sequence and by the second combined sub-sequence, e.g. with regard to rhythm, speed or genre.