Fujitsu Corporation

Canon Kabushiki Kaisha

Subaru Corporation

Satoshi Kuroyanagi

Tetsuya Nishi

Shinichi Nakamura

Hisatsugu Tahara

Takuji Maeda

Hiroshi Ozaki

Hideki Adachi

Taisei Fukada

Mitsuharu Takizawa

Satoshi Kaneko

Naoyuki Ohki

Ichiro Nakajima

Tokuharu Kaneko

Masanori Miyata

Ryuichi Takechi

Isao Tsuyama

Mitsuhiko Sato

Takeshi Kawasaki

Hiroshi Tomonaga

Jyoei Kamoi

Kazuo Hajikano

Tomobumi Nakayama

Toshio Shimoe

Osamu Iwamoto

Tsuyoshi Yamamoto

Satoshi Kakuma

Masami Murayama

Yoichi Oikawa

Tetsuo Tachibana

Tadahiro Takase

Teruaki Hagihara

Toru Katagiri

Masahito Yamamoto

Yoshihito Osari

Kazuhiro Tanaka

Kazuo Hironishi

Hiroyuki Nobuhara

Hiroyuki Rokugawa

Yasuyuki Aiko

Yukimasa Iseki

Nobuhiro Fujimoto

Shinichi Harada

Yukinobu Tomonaga

Kiyohide Wakao

Tetsuya Yamada

Norifumi Miyake

Yuji Tochio

Takuji Yamamoto

Naoki Matsuoka

Hideaki Furukawa

Masaaki Kawai

Hiroshi Hamano

Yuji Morishige

Yutaka Ezaki

Sadao Ibukuro

Junichi Yoshimura

Miho Nakayama

Akira Hakata

Miwako Watanabe

A flight path setting apparatus includes a display unit, a selector, a range calculator, and a display controller. The display unit displays a flight path of an aircraft. The flight path includes a plurality of points. The selector selects a first point on the basis of an operation performed by a user. The first point is any one of the points displayed by the display unit. The range calculator calculates a non-settable range on the basis of a flight performance and a surrounding environment of the aircraft. The non-settable range is a region that is around the first point and in which a second point is not settable. The second point is subsequent to the first point on the flight path. The display controller causes the display unit to display the non-settable range that relates to the first point and is calculated by the range calculator.

Flight path setting apparatus, flight path setting method, and computer readable medium

A formation setting apparatus includes a display unit, a selector, a region calculator, a display controller, and a communication controller. The display unit displays a formation of formation flying that includes aircrafts. The selector selects, as a first aircraft, one of the aircrafts displayed on the display unit, on a basis of an operation performed by a user. The region calculator calculates a movable region of the first aircraft, on a basis of a distance, to the first aircraft, from one or a plurality of second aircrafts of the aircrafts excluding the first aircraft. The display controller causes the calculated movable region to be displayed on the display unit. The communication controller transmits a control signal to the first aircraft when a position within the movable region displayed on the display unit is selected by the user. The control signal causes the first aircraft to move to the selected position.

Formation setting apparatus, formation setting method, and computer readable medium

In a system with a plurality of image processing apparatuses connected communicably, customization of various kinds of information displayed on each image processing apparatus is facilitated. In order to achieve this object, an information processing method of the invention is an information processing method in a copying machine () communicably connected to a GUI generation device (). The method includes a display step of displaying a screen registered in advance in image processing, a step (step S) of requesting, of the GUI generation device (), information about the display contents of the screen in a predetermined state, a step (step S) of receiving the information about the display contents of the screen from the GUI generation device (), and a step of generating a screen by using the received information about the display contents of the screen. In the display step, the screen generated in the generation step is displayed in the predetermined state.

Image processing apparatus, method and storage medium providing customized interface displays

An image processing apparatus includes a browser which obtains an external resource or internal resource of the apparatus and displays the resource on the display unit, and a storage unit for storing an internal resource that can be displayed on the display unit. The image processing apparatus performs control not to display information by which storage location of the internal resource in the storing unit is identifiable in the case where the resource obtained by the browser unit is an internal resource.

Image processing apparatus and control method

Device, data processing method, and program

An image forming apparatus which allows setup to be performed while displaying setup procedure data on a network without causing an adverse effect. The image forming apparatus is capable of accessing a predetermined server via a network. A controllerinhibits operations of mechanical movable members of the image forming apparatus. The controllerobtains procedure data for setting up the image forming apparatus from the server while the operations of the mechanical movable members of the image forming apparatus are inhibited by the controller

Image forming apparatus, setup method therefor and program for implementing the method

An optical switch having a plurality of switch cells. The optical switch has n inputs (n is a natural number) and m outputs (m is a natural number). The optical switch has a unit size defined as the distance between any two adjacent ones of the switch cells. The optical switch comprises a substrate having a switch size of K&#xd7;L (K is an integer satisfying n&#x2266;K, and L is an integer satisfying m&#x2266;L), first and second mirrors parallel to each other and perpendicular to a principal surface of the substrate, and an optical unit providing a plurality of input optical paths for the n inputs and a plurality of output optical paths for the m outputs. The plurality of input optical paths are inclined relative to the first and second mirrors, and the plurality of output optical paths are inclined relative to the first and second mirrors. Each switch cell comprises a switch mirror provided movably relative to the substrate. With this configuration, the path dependence of loss is substantially eliminated.

Optical switch

A data distribution system capable of suppressing a fall of the efficiency of operation of a network due to repeated data retransmission in the network when distributing a large volume of data from a data distribution server on a data provider side to a data receiver side access server via the network. This data distribution system is comprised by a data distribution server, an access server for transferring intended data to each user, and a network cache apparatus provided in the network and having a cache function unit for temporarily storing the data from the data distribution server and an exchange function unit for routing the stored data to the access server corresponding to the destination user.

Data distribution system and network cache apparatus, data distribution server, and access server used for the same

An optical path cross-connect device includes a wavelength branching unit, an intra office signal input unit, 'm' pieces of routing units, a wavelength combining unit and an intra-office signal output unit. The routing units input thereinto an optical signal outputted from either of the wavelength branching unit and the intra-office signal input unit via a first optical path group, and convert an input optical signal into a predetermined wavelength to thereby output a wavelength-converted optical signal to a second optical path group. The 'm' (symbol being an integer and also being larger than 1)&#x201d; pieces of routing units are subdivided into units of at least &#x201c;n (symbol &#x201c;n&#x201d; being an integer and also being larger than 1)&#x201d; wavelengths, as wavelength ranges to be processed by the respective routing unit are different from each other.

Optical path cross-connect system with high expanding characteristic

Each piece of WDM light transmitted via the first and second line is demultiplexed for each wavelength by the first and second optical demultiplexer, and is selected by n optical selectors. Each selected optical signal is split by n optical splitters and is input to one set of optical switches. Each one of optical signals from the set of optical switches is selected by n optical selectors. Furthermore, each selected optical signal is regenerated by n wavelength converters. Each regenerated optical signal is split by n optical splitters, and is multiplexed by the first and second optical multiplexers.

Optical cross-connect device

An address book accessed from a local panel is made accessible to Web users (remote panels) connected to a network, by Web server functions. Also, whether to permit or deny requests for changing the data of the address book from the local panel, and requests for changing the data of the address book from the remote panels, is determined.

Communication device, communication method, computer program, and storing medium for an address book

Disclosed herein is an optical add/drop device including an optical demultiplexer for separating WDM signal light into n optical signals where n is an integer not less than 2, n first optical switches to which the n optical signals output from the optical demultiplexer are supplied, respectively, a second optical switch for adding provided on the input side of the first optical switches, a third optical switch for dropping provided on the output side of the first optical switches, n regenerators for wavelength converting the optical signals passed through the first optical switches, and an optical multiplexer for wavelength division multiplexing the wavelength-converted optical signals. A transmission distance between nodes can be increased by using this device.

Optical add/drop device

An optical path cross-connect device includes a wavelength branching unit, an intra office signal input unit, 'm' pieces of routing units, a wavelength combining unit and an intra-office signal output unit. The routing units input there into an optical signal outputted from either of the wavelength branching unit and the intra-office signal input unit via a first optical path group, and convert an input optical signal into a predetermined wavelength to thereby output a wavelength-converted optical signal to a second optical path group. The 'm' (symbol being an integer and also being larger than 1)&#x201d; pieces of routing units are subdivided into units of at least &#x201c;n (symbol &#x201c;n&#x201d; being an integer and also being larger than 1)&#x201d; wavelengths, as wavelength ranges to be processed by the respective routing unit are different from each other.

Optical path crossconnect system with high expanding characteristic

A node device of an optical ring network is disclosed. With the node device, a counterclockwise auxiliary wavelength supplied from a third switch part is returned and supplied to a clockwise add/drop part when there is a fault in an optical transmission path on a left side, a clockwise auxiliary wavelength supplied from a second switch part is returned and supplied to a counterclockwise add/drop part when there is a fault in an optical transmission path on a right side, a clockwise active wavelength supplied from a clockwise add/drop part is returned and supplied to a first switch part when there is a fault in the optical transmission path on the right side, and a counterclockwise active wavelength supplied from the counterclockwise add/drop part is returned and supplied to a fourth switch part when there is a fault in the optical transmission path on the left side.

Node device of optical ring network

Growing community of inventors

Kawasaki, Japan

Satoshi Kuroyanagi