Patent application number | Description | Published |
20080215970 | INTERACTION DATA DISPLAY APPARATUS, PROCESSING APPARATUS AND METHOD FOR DISPLAYING THE INTERACTION DATA - Disclosed herewith is a system for keeping sensing of mass data of members of an organization with respect to states of their meeting and activities and analyzing and evaluating their interactions according to those sensor data. Interaction data includes first information denoting whether or not a terminal unit has faced a different terminal unit and second information denoting a state of the terminal unit and excluding information denoting positions of the first information and the terminal unit. An interaction data display apparatus includes a receiving unit for receiving interaction data from the terminal unit and a display unit for displaying the received interaction data. The display unit displays the first and second information items included in the interaction data received by the receiving unit so as to be related to each other according to times at which those first and second information items are obtained respectively. | 09-04-2008 |
20080255847 | Meeting visualization system - Voice of plural participants during a meeting is obtained and dialogue situations of the participants that change every second are displayed in real time, so that it is possible to provide a meeting visualization system for triggering more positive discussions. Voice data collected from plural voice collecting units associated with plural participants is processed by a voice processing server to extract speech information. The speech information is sequentially input to an aggregation server. A query process is performed for the speech information by a stream data processing unit of the aggregation server, so that activity data such as the accumulation value of speeches of the participants in the meeting is generated. A display processing unit visualizes and displays dialogue situations of the participants by using the sizes of circles and the thicknesses of lines on the basis of the activity data. | 10-16-2008 |
20080297373 | Sensor node - There is disclosed a sensor node capable of transmitting and receiving a large amount of data or data desired to be reliable without missing data, while preventing battery exhaustion and unnecessary compression of the transmission bandwidth. A name-tag type sensor node includes a detector for detecting connection of an external power supply. When the detector detects that the external power is supplied, the name-tag type sensor node transmits and receives a large amount of data, such as bulk transmission data, at an increased frequency by means of a data selector, a communication timing controller, and a wireless communication controller. Alternatively, the name-tag type sensor node transmits and receives the data desired to be reliable, such as rewriting data of firmware. | 12-04-2008 |
20090018899 | User collaboration system and server - There is provided a facile sound communication tool that can quickly communicate with a necessary partner when needed. The real-time contexts of users are detected from sensors that are worn by the users, and diverse sensors that are located around the respective users to obtain data. The data is transmitted to a server. A context analyzer of a processor in the server determines the busyness of the respective users on the basis of the data, and a collaboration controller controls a communication between the respective users on the basis of the busyness. | 01-15-2009 |
20090198475 | Analysis system and analysis server - An analysis sever capable of performing analysis among a large amount of sensor data in order to obtain an analysis result that a reader desires and outputting the result instantaneously. The analysis server rearranges the sensor data acquired from a sensor node into time series data. The analysis is performed separately for time trigger analysis (D) and for event trigger analysis (F) depending on analysis contents. In the time trigger analysis (D), analysis processing that is basically needed when visualizing a state of an organization is performed. In the event trigger analysis (F), an analysis result obtained by the time trigger analysis (D) is processed using the reader's desired information and is outputted. | 08-06-2009 |
20100161630 | Sensor Net System, Sensor Net System Data Managing Method, and Sensor Net System Data Managing Program - In order to easily provide data successively generated from a real world sensor network in a time series to a user, a unit for generally and flexibly performing mapping between a source for generating physical electronic information (for example, a tiny sensor node) and sensing data to be provided to the user is provided. Therefore, a manager of the sensor network is composed of a device management table for mapping among a wireless sensor node, a wireless base station, and a data managing server, a real world model table capable of including device information and giving plural attributes, a registration/search processing unit for registering/searching that information, and a data manager for data mapping between the tables. | 06-24-2010 |
20110099054 | HUMAN BEHAVIOR ANALYSIS SYSTEM - In an organization dynamics analysis service using a sensor, organization dynamics information is understandably provided to a lot of members on a customer side without receiving private information such as an individual name from the customer. Therefore, a sensor data associated with an ID is received from the customer site, and organization analysis is performed on a service provider side, and then, an organization analysis data based on the ID is fed back to the customer site. When the customer browses the organization analysis data, the ID is converted into the private information in a service gateway installed on the customer site in accordance with a conversion table for correspondence of the ID previously specified on the customer side and the private information (individual name), and is shown to the customer as the understandable information. | 04-28-2011 |
20120139750 | SENSOR NODE - There is disclosed a sensor node capable of transmitting and receiving a large amount of data or data desired to be reliable without missing data, while preventing battery exhaustion and unnecessary compression of the transmission bandwidth. A name-tag type sensor node includes a detector for detecting connection of an external power supply. When the detector detects that the external power is supplied, the name-tag type sensor node transmits and receives a large amount of data, such as bulk transmission data, at an increased frequency by means of a data selector, a communication timing controller, and a wireless communication controller. Alternatively, the name-tag type sensor node transmits and receives the data desired to be reliable, such as rewriting data of firmware. | 06-07-2012 |
20120185806 | INTERACTION DATA DISPLAY APPARATUS, PROCESSING APPARATUS AND METHOD FOR DISPLAYING THE INTERACTION DATA - Disclosed herein is a system for keeping sensing of mass data of members of an organization with respect to states of their meeting and activities and analyzing and evaluating their interactions according to those sensor data. Interaction data includes first information denoting whether or not a terminal unit has faced a different terminal unit and second information denoting a state of the terminal unit and excluding information denoting positions of the terminal unit and the first information. An interaction data display apparatus includes a receiving unit for receiving interaction data from the terminal unit and a display unit for displaying the received interaction data. The display unit displays the first and second information items included in the interaction data received by the receiving unit so as to be related to each other according to times at which those first and second information items are obtained respectively. | 07-19-2012 |
20130297260 | ANALYSIS SYSTEM AND ANALYSIS SERVER - An analysis sever capable of performing analysis among a large amount of sensor data in order to obtain an analysis result that a reader desires and outputting the result instantaneously. The analysis server rearranges the sensor data acquired from a sensor node into time series data. The analysis is performed separately for time trigger analysis (D) and for event trigger analysis (F) depending on analysis contents. In the time trigger analysis (D), analysis processing that is basically needed when visualizing a state of an organization is performed. In the event trigger analysis (F), an analysis result obtained by the time trigger analysis (D) is processed using the reader's desired information and is outputted. | 11-07-2013 |