Abstract:
Vorgesehen sind ein Informationsverarbeitungssystem, das imstande ist, bei einer Erzeugung einer Markierung geeignet zu unterstützen, ein Informationsverarbeitungsverfahren und ein Programm.Ein Informationsverarbeitungssystem umfasst einen Erfassungsteil, der dafür konfiguriert ist, ein Erkennungsergebnis einer Markierung, die ein Nutzer gerade erzeugt, zu erfassen, und einen Anzeige-Steuerungsteil, der dafür konfiguriert ist, zu veranlassen, dass eine Anzeigefläche eine Unterstützungsinformation zum Unterstützen bei einer Erzeugung der Markierung in Abhängigkeit vom Erkennungsergebnis in Verbindung mit der Markierung im Erzeugungsprozess anzeigt.
Abstract:
An optical disk apparatus includes a digital signal processor (9), a photo-detector circuit (7), and a sample-and-hold circuit (73,74). By using a sampling-timing signal generated by the sampling-timing signal based on a sampling-timing signal transmitted from the digital signal processor to the photo-detector circuit through a flexible cable, the sample-and-hold circuit can be operated. Based on a sampling-timing signal dedicated for a side spot, the sample-and-hold circuit can be operated. The size of flexible cable may be reduced.
Abstract:
A LASER LIGHT POWER CONTROLLING METHOD IS PROVIDED WHICH COMPRISES THE STEPS OF IRRADIATING ONTO AN OPTICAL DISC A LASER LIGHT GENERATED BY A LASER SOURCE DRIVEN UNDER A DATA WRITE SIGNAL; DETECTING A REFLECTED PORTION OF THE LASER LIGHT IRRADIATED ONTO THE OPTICAL DISC; AND DETECTING AN UNDERSHOOT OF A DETECTION SIGNAL OF THE REFLECTED LASER LIGHT AND CONTROLLING THE POWER OF THE LASER LIGHT IN ACCORDANCE WITH THE AMOUNT OF THE DETECTED UNDERSHOOT. ALSO, A METHOD FOR WRITING DATA INTO AN OPTICAL DISC IS PROVIDED WHICH COMPRISES THE STEPS OF IRRADIATING ONTO AN OPTICAL DISC A LASER LIGHT GENERATED BY A LASER SOURCE DRIVEN UNDER A DATA WRITE SIGNAL; DETECTING A REFLECTED PORTION OF THE LASER LIGHT IRRADIATED ONTO THE OPTICAL DISC; AND DETECTING AN UNDERSHOOT OF A DETECTION SIGNAL OF THE REFLECTED LASER LIGHT AND DISCRIMINATING THE LEVEL OF THE UNDERSHOOT WITH REFERENCE TO A PREDETERMINED THRESHOLD. FURTHER, AN OPTICAL DISC RECORDING APPARATUS IS PROVIDED WHICH COMPRISES MEANS OF IRRADIATING A LASER LIGHT ONTO AN OPTICAL DISC CORRESPONDINGLY TO A DATA WRITE SIGNAL; A PHOTODETECTOR TO DETECT A REFLECTED PORTION OF THE LASER LIGHT IRRADIATED ONTO THE OPTICAL DISC; AND AN UNDERSHOOT DETECTOR TO DETECT AN UNDERSHOOT OF A DETECTION SIGNAL OF THE LASER LIGHT DETECTED BY THE PHOTODETECTOR; THE POWER OF THE LASER LIGHT BEING CONTROLLED IN ACCORDANCE WITH THE AMOUNT OF THE DETECTED UNDERSHOOT. THE OPTICAL DISC MAY BE A PHASE-CHANGE BASED ONE.(FIGURE 3)
Abstract:
Provided is a transmitting apparatus including an image obtaining unit configured to obtain image data having pixel information including color information and having a first resolution, an image conversion unit configured to delete the color information of at least a portion of pixels of the obtained image data, to rearrange the pixel information of a plurality of pixels, and to convert the image data having the first resolution into image data having a second resolution lower than the first resolution, and an output unit configured to output, to a transmitter, the image data whose resolution has been converted from the first resolution into the second resolution by the image conversion unit, the transmitter having a maximum resolution of image data which the transmitter is allowed to wirelessly transmit to a receiving apparatus, the maximum resolution being the second resolution.
Abstract:
WIRELESS COMMUNICATION APPARATUS, PROGRAM, WIRELESS COMMUNICATION METHOD, AND WIRELESS COMMUNICATION SYSTEM Abstract A wireless communication apparatus (20) includes a receiving unit configured to receive a response request signal, a transmitting unit configured to transmit a response signal in response to the response request signal, a measuring unit LO configured to continuously measure received power of the response request signal received by the receiving unit, and a communication control unit (220) configured to cause the transmitting unit to transmit the response signal to a wireless communication apparatus that has transmitted the 15 response request signal if the received power of the response request signal is higher than a threshold value.
Abstract:
A laser light power controlling method is provided which comprises the steps of irradiating onto an optical disc a laser light generated by a laser source driven under a data write signal; detecting a reflected portion of the laser light irradiated onto the optical disc; and detecting an undershoot of a detection signal of the reflected laser light and controlling the power of the laser light in accordance with the amount of the detected undershoot. Also, a method for writing data into an optical disc is provided which comprises the steps of irradiating onto an optical disc a laser light generated by a laser source driven under a data write signal; detecting a reflected portion of the laser light irradiated onto the optical disc; and detecting an undershoot of a detection signal of the reflected laser light and discriminating the level of the undershoot with reference to a predetermined threshold. Further, an optical disc recording apparatus is provided which comprises means of irradiating a laser light onto an optical disc correspondingly to a data write signal; a photodetector to detect a reflected portion of the laser light irradiated onto the optical disc; and an undershoot detector to detect an undershoot of a detection signal of the laser light detected by the photodetector; the power of the laser light being controlled in accordance with the amount of the detected undershoot. The optical disc may be a phase-change based one.
Abstract:
A wireless communication apparatus includes a receiving unit configured to receive a response request signal, a transmitting unit configured to transmit a response signal in response to the response request signal, a measuring unit configured to continuously measure received power of the response request signal received by the receiving unit, and a communication control unit configured to cause the transmitting unit to transmit the response signal to a wireless communication apparatus that has transmitted the response request signal if the received power of the response request signal is higher than a threshold value.
Abstract:
Un aparato inalámbrico de comunicaciones incluye una unidad de recepción, configurada para recibir una señal de petición de la respuesta, una unidad de transmisión, configurada para transmitir una señal de respuesta, en respuesta a la señal de petición de la respuesta, una unidad de medición, configurada para medir de forma continua la potencia recibida de la señal de petición de la respuesta, recibida por la unidad de recepción, y una unidad de control de comunicaciones, configurada para hacer que la unidad de transmisión transmita la señal de respuesta a un aparato inalámbrico de comunicaciones que ha transmitido la señal de petición de la respuesta, si la potencia recibida de la señal de petición de la respuesta es mayor que un valor umbral.
Abstract:
A laser light power controlling method is provided which comprises the steps of irradiating onto an optical disc a laser light generated by a laser source driven under a data write signal; detecting a reflected portion of the laser light irradiated onto the optical disc; and detecting an undershoot of a detection signal of the reflected laser light and controlling the power of the laser light in accordance with the amount of the detected undershoot. Also, a method for writing data into an optical disc is provided which comprises the steps of irradiating onto an optical disc a laser light generated by a laser source driven under a data write signal; detecting a reflected portion of the laser light irradiated onto the optical disc; and detecting an undershoot of a detection signal of the reflected laser light and discriminating the level of the undershoot with reference to a predetermined threshold. Further, an optical disc recording apparatus is provided which comprises means of irradiating a laser light onto an optical disc correspondingly to a data write signal; a photodetector to detect a reflected portion of the laser light irradiated onto the optical disc; and an undershoot detector to detect an undershoot of a detection signal of the laser light detected by the photodetector; the power of the laser light being controlled in accordance with the amount of the detected undershoot. The optical disc may be a phase-change based one.
Abstract:
PROBLEM TO BE SOLVED: To provide an image generation device, a program, an image display system, and an image display device for displaying image data received by the image display device according to a display direction.SOLUTION: The image generation device includes an image generation unit for generating image data, and a communication unit for transmitting the image data to an image display device and receiving information associated with a display direction of the image data in a display surface of the image display device. The image generation unit generates the image data according to the information associated with the display direction that is received by the communication unit.