Abstract: A brain function evaluation system includes a receiving unit, and a processing unit. The receiving unit is configured to receive examinee information on a brain function. The processing unit is configured to calculate an evaluation result by evaluating a brain function based on the examinee information and additional examinee information.

Abstract: A disclosed multifunctional input/output device has an e-mail client function for sending/receiving e-mails to/from a mail server. The multifunctional input/output device includes a storing unit configured to store a first e-mail acquired from the mail server; a printing unit configured to print the first e-mail stored by the storing unit onto a print medium and to add code information to the print medium, wherein the code information is obtained by encoding a source e-mail address of the first e-mail; a reading unit configured to read the code information printed onto the print medium by the printing unit; and an e-mail sending unit configured to send a second e-mail to the source e-mail address acquired from the code information read by the reading unit.

Abstract: In an image processing apparatus for creating an electronic file from a paper document with the use of an optical reading device, a detecting part detecting a code included in image data read by means of the optical reading device; a data creating part decoding the code to obtain identification information, obtaining related information identified by the identification information, and obtaining character information from the related information, and creating character data from the character information; and a file creating part creating a document file storing the character data.

Abstract: A disclosed multifunctional input/output device has an e-mail client function for sending/receiving e-mails to/from a mail server. The multifunctional input/output device includes a storing unit configured to store a first e-mail acquired from the mail server; a printing unit configured to print the first e-mail stored by the storing unit onto a print medium and to add code information to the print medium, wherein the code information is obtained by encoding a source e-mail address of the first e-mail; a reading unit configured to read the code information printed onto the print medium by the printing unit; and an e-mail sending unit configured to send a second e-mail to the source e-mail address acquired from the code information read by the reading unit.

Abstract: In an image processing apparatus for creating an electronic file from a paper document with the use of an optical reading device, a detecting part detecting a code included in image data read by means of the optical reading device; a data creating part decoding the code to obtain identification information, obtaining related information identified by the identification information, and obtaining character information from the related information, and creating character data from the character information; and a file creating part creating a document file storing the character data.

Abstract: An attempt is made to prevent an adequate recording power detection lag from being generated according to data from a defective area at trial writing, by detecting a defective area portion based on a fluctuation of return light when a trial write recording mark is formed, recording it in another portion under the same conditions as the detected portion, and using the information on the recorded area instead of the area in which the defective area was detected at reproduction of the trial writing.

Abstract: Technology is provided allowing recording to be always conducted at the optimum laser power, regardless of the recording location on the disk. A target reflected light level (target B level) at which the optimum laser power is obtained is found by conducting test writing in a test write area, recording is started at an angular velocity corresponding to a linear velocity in the vicinity of the innermost periphery, and the rotation frequency is increased to a target rotation frequency, while controlling the laser power so as to obtain the target B level. Furthermore, the relation between the linear velocity and optimum laser power obtained at this time is recorded. The laser power may be also controlled so as to obtain the preset &bgr; value, instead of controlling the laser power so as to obtain the target B level.

Abstract: An attempt is made to prevent an adequate recording power detection lag from being generated according to data from a defective area at trial writing, by detecting a defective area portion based on a fluctuation of return light when a trial write recording mark is formed, recording it in another portion under the same conditions as the detected portion, and using the information on the recorded area instead of the area in which the defective area was detected at reproduction of the trial writing.