Abstract: A training data generation device performs the processes of: acquiring first correct answer data that is correct answer data with respect to each training image of a training image group, the training image group including plural training images to be given the correct answer data, the training image group being divided into plural image subgroups, the first correct answer data being generated in a different situation for each of the plural image subgroups; generating a discriminator with respect to the each of the plural image subgroups, the discriminator being learned based on the each of the plural image subgroups and the first correct answer data corresponding to the each of the plural image subgroups; acquiring a discrimination result outputted by the discriminator for each of the plural training images by inputting the each of the plural training images to the discriminator which is generated based on at least one image subgroup other than an image subgroup to which the each of the training images belon

Abstract: A sound processing device that is capable of setting a plurality of processes to be performed on a sound signal on a time axis. The sound processing device includes a display control part that controls display of a screen on which two or more blocks each indicating input and output of the sound signal and process details for the input sound signal can be disposed, and a signal processing part that performs a process corresponding to each block on the sound signal in a block order defined on the basis of a positional relationship between a block disposed on the screen and a new block disposed on the screen.

Abstract: A harmony generation device and a program for the same which can generate a natural harmony sound are provided. The harmony generation device (1) generates first and second harmony tones to which a voice input through a microphone (M) is shifted in pitch by first and second shift amounts calculated based on both the voice input through the microphone (M) and a chord determined from performance information of an electric guitar (G) input through an input device (34). That is, since the first and second harmony tones can be tones based on the chord of the electric guitar (G) that changes from moment to moment, the harmony sound obtained by mixing the first and second harmony tones with the voice input through the microphone (M) can be a natural harmony sound that is rich in variation according to the chord of the electric guitar (G).

Abstract: Methods for the treatment of cancer that include the step of administering a viral vector carrying a nerve deleting, nerve ablating or nerve inhibiting payload, the administration leading to the deletion, ablation or inhibition of tumor-specific sympathetic nerves.

Abstract: A harmony generation device and a program for the same which can generate a natural harmony sound are provided. The harmony generation device (1) generates first and second harmony tones to which a voice input through a microphone (M) is shifted in pitch by first and second shift amounts calculated based on both the voice input through the microphone (M) and a chord determined from performance information of an electric guitar (G) input through an input device (34). That is, since the first and second harmony tones can be tones based on the chord of the electric guitar (G) that changes from moment to moment, the harmony sound obtained by mixing the first and second harmony tones with the voice input through the microphone (M) can be a natural harmony sound that is rich in variation according to the chord of the electric guitar (G).

Abstract: To provide a method of fabricating a liquid crystal display substrate and a liquid crystal display substrate, in which the extra length portion of a substrate is made as small as possible as well as the precision of cutting of the adhered substrate is enhanced, and pollution of facilities of the following processes due to the occurrence of particles, cullet and the like can be prevented, and which can be cut without being influenced by the seal layer, at least one or more scribe cracks are formed on respective faces of two sheets of the substrates opposed to each other via the seal layer enclosing the liquid crystal layer, and the adhered substrates are cut after said two sheets of the substrates are adhered via said seal layer.

Abstract: An apparatus for supporting a combined substrate structure, comprising first and second substrates combined, includes: level-adjustable supporting mechanisms for supporting plural supporting points of a bottom surface of the combined substrate structure; a level-detecting system for detecting respective levels of corresponding points of a top surface of the combined substrate structure to the plural supporting points of the bottom surface; and a control system for receiving the detected levels from the level-detecting system and for controlling the plurality of level-adjustable supporting mechanism in respective level-adjustment operations in accordance with the detected levels.

Abstract: An apparatus for supporting a combined substrate structure, comprising first and second substrates combined, includes: level-adjustable supporting mechanisms for supporting plural supporting points of a bottom surface of the combined substrate structure; a level-detecting system for detecting respective levels of corresponding points of a top surface of the combined substrate structure to the plural supporting points of the bottom surface; and a control system for receiving the detected levels from the level-detecting system and for controlling the plurality of level-adjustable supporting mechanism in respective level-adjustment operations in accordance with the detected levels.

Abstract: To provide a method of fabricating a liquid crystal display substrate and a liquid crystal display substrate, in which the extra length portion of a substrate is made as small as possible as well as the precision of cutting of the adhered substrate is enhanced, and pollution of facilities of the following processes due to the occurrence of particles, cullet and the like can be prevented, and which can be cut without being influenced by the seal layer, at least one or more scribe cracks are formed on respective faces of two sheets of the substrates opposed to each other via the seal layer enclosing the liquid crystal layer, and the adhered substrates are cut after said two sheets of the substrates are adhered via said seal layer.