Industrial Technology Research Institute

Other

Tsinghua University

Tzuan-Ren Jeng

Wen-Yih Liao

Chien-Liang Huang

Hui-Ping Tsai

Shin-Shin Wang

Chih-Ming Lin

Ming-Chia Lee

Yung-Sung Lan

Ching-Yu Hsieh

Jong-Lieh Yang

An-Tse Lee

Chii-Chang Lai

Chuen-Fuw Yan

Feng-Hsiang Lo

Der-Ray Huang

Jau-Jiu Ju

Sheng-Li Chang

Ming-Chia Li

Chi-Lone Chang

Kuo-Chi Chiu

Hsien-Chang Lin

Chao-Hsu Tsai

Chun-Jung Chen

Chi-Shen Chang

Shyh-Jier Wang

Andrew Teh Hu

Chien-Wen Chen

Jung-Po Chen

Ching-Hsing Huang

Golden Tiao

Jie-Hwa Ma

Wen-Ping Chu

Chen-I Kuo

Po-Fu Yen

Chin-Tien Yang

Huei-Wen Yang

Minsun Ouyang

Chih-Hsiang Yu

Ming-Fang Hsu

Chia-Chen Chen

Shih-Hsien Liu

Hong-Ji Lee

Kuo-Tung Tiao

Chun-Chuan Lin

Yu-Hsiu Chang

Kuo-Chung Huang

Tsung-Shune Chin

Yuan-Chin Lee

Chau-Yuan Ke

Chun-Te Wu

Ming-Tsan Peng

Hsin-Hsiang Lo

Yu-Chien Huang

Wei-Jia Huang

Wen-Chao Chen

Che-Kuo Hsu

Chen-Yuan Huang

Hung-Lu Chang

Don-Yau Chiang

Chung-Ta Cheng

Shys-Fan Yang Mao

Hsiang-Chieh Yu

Jyh-Shong Ju

Chung-Chun Lee

Lang-Chin Lin

Shi-Jae Ye

Kwen-Jin Lee

Chin-Sen Chen

Wen-Hsin Yen

Chih-Yuan Wu

Huai-Yu Cheng

Chyan-Ming Lee

Yi-Yuan Huang

Ji-Wen Kuo

Donyau Chiang

Jian-Liang Huang

Jen-Cheng Chang

Jin-Sen Chen

Wen-Wei Peng

An-Tze Lee

Lei-Ming Yang

Hai-Jo Huang

Chu-Hsun Lin

Yung-Song Lan

An object recognition method and an object recognition apparatus using the same are provided. In one or more embodiments, a real-time image including a first object is acquired, and a chamfer distance transform is performed on the first object of the real-time image to produce a chamfer image including a first modified object. Preset image templates each including a second object are acquired, and the chamfer distance transform is performed on the second object of each preset image template to produce a chamfer template including a second modified object. When the difference between the first modified object and the second modified object is less than a first preset error threshold, the object recognition apparatus may operate according to a control command corresponding to the preset image template.

Object recognition method and object recognition apparatus using the same

An optical-see-through head mounted display (HMD) system is provided. The optical-see-through HMD system has a camera for generating image frames, a display device and a processor. The processor proceeds an interactive operation on each image frame. In the interactive operation, an image analysis is performed on the image frame to obtain positioning information of a marker and 3-dimensional information of an input device. According to the positioning information, the 3-dimensional information and eye position of an user, an image shielding process is performed to correct a portion of the frame to be displayed which is corresponding to the input device and a collision test is performed according to the positioning information and the 3-dimensional information of an input device to determine whether the input device touches the virtual image displayed by HMD. Then, an event corresponding to the touch position of the virtual image is executed.

Optical-see-through head mounted display system and interactive operation

A head mount personal computer (HMPC) and an interactive system using the same are provided. The provided HMPC includes a microprocessing unit, an output unit and an image capture unit with a distance detection function (ICWDD). The microprocessing unit is served as an operation core of the HMPC. The output unit is coupled to and controlled by the microprocessing unit, and configured to project an optical image onto a space. The ICWDD is coupled to and controlled by the microprocessing unit, and configured to capture operation gestures on the projected optical image from a user wearing the HMPC, such that the microprocessing unit correspondingly controls operations of the HMPC in response to the operation gestures on the projected optical image from the user.

Head mount personal computer and interactive system using the same

A method for manufacturing a stereoscopic display module including following steps is provided. A display module is provided. A first retardation film is attached on the display module with a heat-resisting adhesive layer. After attaching the first retardation film on the display module with the heat-resisting adhesive layer, a partial region of the first retardation film is heated to vanish a phase retardation property. The partial region includes a plurality of sub-regions spaced at intervals. A stereoscopic display module and a manufacturing system thereof are also provided.

Stereoscopic display module, method for manufacturing the same and manufacturing system thereof

An optical recoding carrier and an information recording method applying an amplitude shift keying (ASK) method or further a DC-biased ASK method are provided, wherein at least one periodically undulated section and at least one non-periodically undulated section are formed on the optical recording carrier to indicate specific information. The information recording method can be embodied as an addressing method of an optical disk for recording address information of tracks of the optical disk. A continuous track structure is provided on the optical recording carrier to save the available recording space and improve the information reading precision of the optical recording carrier. Furthermore, a signal generating apparatus and an information reading apparatus applied in the information recording method are provided.

Optical recording carrier, signal generating apparatus, information recording method, and information reading apparatus

A holographic recording and reproduction system includes a servo optical path, which is used to provide a servo mechanism, so that holographic interference fringes can be stored continuously into a holographic recording medium, and when the reproduction signals are desired, they can be fetched and obtained swiftly and accurately by making use of the servo mechanism. In addition, the servo light spot of the servo optical path is located on the optical axis of an object lens, thus reducing the image aberrations produced and raising the quality of the signals read for the servo track searching. Moreover, the light intensity distribution of the reference beams reflected by the holographic recording medium is monitored and controlled, as such realizing the analysis and adjustment of the relative distance and inclination angle between the holographic recording and reproduction system and the holographic recording medium.

Holographic recording and reproduction system having servo optical path

A preparation method of a dye incorporated in a recording layer for a high density optical recording medium, having the following general chemical structural formula (I): is provided.

Organic dye for recording layer and high density optical recording medium using the same

A vibration absorber provided on an optical disk drive module of a disk drive for suppressing vibration produced by the optical disk drive module at various speeds. The vibration absorber at least has a body, dampers, elastic members, an actuator and a controller. The body is secured on the optical disk drive module. The dampers elastically and vertically shift on the body. The elastic members are provided on the body for providing elasticity in shifting of the damper. The actuator is provided on the body and coupled to the damper for providing a driving force for the vertical shifting of the damper. The controller controls the driving force outputted by the actuator based on the change in rotational speed of the optical disk drive module, so as to change the elasticity in vertical shifting of the damper to reduce the shifting and corresponding vibration of the optical disk drive module.

Vibration absorber

A holographic storage and reproduction system and method with a servo are provided, wherein a servo mechanism is provided, such that the holographic interferogram is continuously stored in the holographic recording medium. When a reproduced signal is to be obtained, it can be retrieved quickly and accurately through the servo mechanism. Also, the intensity distribution of the reference light reflected by the holographic recording medium can be monitored and controlled, such that the relative distance and oblique angle between the storage and reproduction system and the holographic recording medium are analyzed and adjusted.

Holographic storage and reproduction system and method with servo

A holographic storage and regeneration system includes a holographic recording medium, a light source, a spatial light modulator, and a conjugate servo light guidance portion. The light source generates a signal light and a reference light. The spatial light modulator modulates the incident signal light and makes it incident onto the medium along the incident direction of the signal light. The guidance portion guides a reference light to incident onto the medium in one direction and reflects it in another direction. A reference light and a signal light interfere with each other to produce a holographic interference fringe. The reflected reference light is guided into a first image sensor to be used to analyze the incident angle of the reference light. When the reference light incidents onto the fringe of the medium through the guidance portion in a reverse direction relative to another direction, a conjugate regenerated light is generated.

Holographic storage and regeneration system having servo mechanism

An indolestyryl compound. The indolestyryl compound has formula (I): 

Indolestyryl compound and high density recording media utilizing the same

A recording layer including a novel organic compound for a high density optical recording medium is provided. The information may be recorded on the recording layer at a 2&#xd7; speed or higher speed with a relatively lower writing power so that heat distribution of the recording layer in the irradiated area is not likely to become steep both in time and space. The organic compound incorporated in the recording layer has the following general chemical structural formula (I). 

Organic compound for recording layer for high speed recording of information and optical recording medium including the same

A recording layer including a novel dye for a high density optical recording medium, employing short wavelength laser source with a wavelength not longer than 530 nm for recording high density information and reproduction/playback of the high density information recordings, is provided. The dye incorporated in the recording layer has the following general chemical structural formula (I): 

A method for fabricating a disc stamper is provided. First, a substrate is provided. Next, a layer of a coatable inorganic material is coated on the substrate, wherein the coatable inorganic material is an oxide, in which the chemical element constitution is more than one element selected from the group consisting of Te, Al, Zr, and Ti. Next, a laser beam is utilized to perform direct write on the layer of the coatable inorganic material to form a relief pattern. Thereafter, a metal layer is electroplated on the relief pattern. Next, the metal layer is separated from the relief pattern. The layer of the coatable inorganic material is utilized to form the relief pattern, so that it is more compatibility to equipment apparatus and lower cost in contrast with sputtered PTM process.

Laser patterning method for fabricating disc stamper

A coatable inorganic material is provided, which is suitable for being coated on a substrate in the form of sol-gel solution and then being directly written with thermochemical mode by using a laser beam. The coatable inorganic material is an oxide, in which the chemical element constitution is more than one element selected from Te, Al, Zr, and Ti.

Method of forming pattern by utilizing coatable inorganic material

Growing community of inventors

Hsinchu, Taiwan

Tzuan-Ren Jeng