Fuji Xerox Co., Ltd.

Kazuo Shibuta

Yoshitsugu Hirose

Hideto Yuzawa

Hiroyuki Hattori

Akinori Komura

Yoshifumi Matsunaga

Koushi Kawamoto

Katsura Sakai

Yutaka Andoh

Toru Tanaka

Tomokazu Yago

Kazushi Ozawa

Tsutomu Ohyama

Toshie Mihira

Naoki Hayashi

Tsuyoshi Tanaka

Kojiro Tsutsumi

Masahiro Oizumi

Norihito Mizobata

Provided is an information processing apparatus, including a task request receiving unit that receives a request for a task of creating contents, a contract entry receiving unit that receives an entry of a contract of the task, a method selection receiving unit that receives a selection of any one of a designation method, and a competition method, and a task contract requesting unit that outputs information for requesting a contract of the task to the one or more applicants designated among the applicants whose entry is received by the contract entry receiving unit when the designation method is selected and outputs information for requesting a contract of all or a part of the task to the two or more applicants whose entry is received by the contract entry receiving unit when the competition method is selected.

Information processing apparatus, information processing method, and non-transitory computer readable medium

An attention calling apparatus includes: a measurement unit for measuring at least one first job related physical quantity related to a performance status of a first job of a user; and an attention calling processing execution unit for executing processing for calling user's attention so as to perform a second job based on the first job related physical quantity measured by the measurement unit and at least one second job related physical quantity indicating a status of the second job which a user can perform.

Attention calling apparatus and method and information processing system

A commodity-information provision evaluation method for visualizing information contributing to evaluating of commodity information provided by a commodity provider, includes performing, according to an operator's selection operation, process display processing that includes superimposing and displaying at least two of intention information, expectation information and practical information on a screen in a matrix format, to visualize a gap between the commodity information provision media, or image display processing that includes superimposing at least two of target image information, design image information and user image information on an image map screen in which information regarding image is allocated to each of regions into which a display screen is divided so that the at least two are displayed in regions to which the at least two are allocated.

Method for evaluating provision of commodity information

There is provided an operation supporting apparatus including a memory portion that stores characteristics of an operation to be multiplexed, and a determination portion that determines appropriateness of multiple operations to be multiplexed on the basis of the characteristics thereof stored in the memory portion.

Operation supporting system and operation supporting method

A medium evaluation method for evaluating a commodity information provision medium that commodity consumers expect to use as an acquisition unit of commodity information provided by a commodity provider at each step of a purchase process wherein: expectation information is associated with kinds of commodity information provision media that commodity consumers expect to use at each step of the purchase process, and access information is used to access the consumers from whom the expectation information is acquired, the method includes: in response to specifying a certain commodity information provision medium at a certain step of the purchase process in the expectation information, specifying access information of a consumer who expects to use the specified commodity information provision medium at the specified step of the purchase process from the access information.

Medium evaluation method

There is disclosed an apparatus for supporting evaluation of usability in consideration of situations particular to each business and ISO evaluation standards. The usability evaluation support apparatus uses an instrument including a display portion for displaying information, and supports the evaluation of usability in achieving a given task. During achievement of the task, a control unit acquires information of an operation log related to an operation performed by a user, and divides an effectiveness index associated with achievement of the task, efficiency index associated with efficiency for the achievement, and satisfaction index associated with subjective satisfaction of a task achiever for each predefined subtask. The unit evaluates the indexes by a statistical calculation using measurement results of a plurality of measurement items including the information of the operation log for each subtask.

Usability evaluation support apparatus and method

There is disclosed an apparatus for supporting evaluation of usability of an instrument relative to performing a given task. During performing of the task, a control unit acquires information of an operation log related to an operation performed by a user, and evaluates an effectiveness index associated with achievement of the task, efficiency index associated with efficiency, and satisfaction index associated with subjective satisfaction of the user. The indexes are generated by a statistical calculation using a plurality of measured items, including the operation log information.

Usability evaluation support apparatus

A drawing system enables the user to prepare an attractive drawing easily from a simple drawing drawn by the user, when the user prepares a drawing electrically. Original read section reads an image for specifying elements and positioning relation of the elements on an input paper. The elements and the positioning relation of the elements are determined in accordance with the read image, and are stored in the element data storage section. At the same time, a drawing guide is selected from the drawing guide selection section. In accordance with the selected drawing guide, coordinates where drawing elements can be placed, forms of the drawing elements, and colors of the drawing elements are changed to prepare an attractive drawing.

Drawing system

The apparatus prepares a plurality of documents, each of which potentially having a different portion changed in accordance with simple operations. Portions to be changed are determined automatically or are partly based on the user's instructions. Portions to be changed can be partially extracted and uniquely emphasized. A plurality of outputted documents corresponding to an original document are automatically formed, each outputted document having a selected design preference applied to selected portions.

Document processing apparatus for editing and generating documents

A drawing system includes a placeable point storage unit for storing identifiers for uniquely identifying a plurality of placeable points and positions of the placeable points on a two-dimensional plane in a one-to-one correspondence therebetween, an element storage unit for storing element attribute information containing information representing element colors and the identifiers of the placeable points as position attributes, a position rule storage unit for storing position rules for determining the positions of the placeable points on the two-dimensional plane, a position rule selection unit for selecting one of the position rules, a placement change unit for changing the positions of the placeable points on the two-dimensional plane stored in the placeable point storage unit based on the selected position rule, a color arrangement change unit for determining the colors of the drawing elements based on the positional relationship of the placeable points after their positions are changed by the placement change unit and storing the determined colors in the element storage unit, and an image generation unit for generating an image comprising the drawing elements placed at the placeable points based on the information stored in the element storage unit.

A document processing device automatically changes chart designs in inputted documents. The processing device receives simple indications showing the user's intentions, improves the quality of designs in accordance with input indications and outputs the improved design. A document image inputting module receives the current document. A chart extracting module then extracts areas of charts included in the inputted document. A chart area dividing module receives output from the extracting module and divides the extracted chart area into elements such as character, line and graphic areas. An element attribute providing module receives the divided elements and determines the positional relations of the elements with respect to the whole chart. An output image forming module receives information from both the chart area dividing module and the element attribute providing module. The output image is formed by coloring image data corresponding to each element. The image is then output to a visualizing medium to be discerned by the user.

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Kanagawa, Japan

Kazuo Shibuta