The subject invention comprises methods for developing a decision hierarchy and including data as well as judgments in the evaluation of alternatives. Using a preferred embodiment of the subject invention, data for alternatives with respect to covering objectives in a decision hierarchy can be mapped into ratio scale preferences using linear increasing or decreasing functions, non-linear concave or convex increasing or decreasing functions, in conjunction with either-or interval step function scales, verbal intensity rating scales, or directly applied value scores. Upper and lower bounds can also be specified over which these functions are defined. Qualitative data, such as ratings or step scale intervals, can be mapped into a preference scale by making pair-wise comparisons to assess the ratings' intensities. Data can also applied in two other contexts: (1) as a screen to eliminate alternatives that do not satisfy one or more conditions which are defined as musts by the user; and (2) to assign and derive value scores for their corresponding covering objectives. User priorities that were captured by delivering comparisons between objectives are brought together with the data by synthesizing it with respect to all covering objectives and their representative value scores for each alternative. The final result is either a set of alternatives ranked by their total value score, which can be used for allocations or optimizations, or a single top scoring alternative if the goal is to select the best alternative—the remainder of the alternatives are ranked with respect to their difference from the top performer.

Method and system of converting data and judgements to values or priorities

Methods and mobile handsets provide applications with access to locality identifier information heretofore not shared with applications. By accessing the locality identifier from memory, applications can provide location-specific services, such as alarms and location-specific themes. The locality identifier can be compared to a criteria table in memory to determine if an application should be notified or activated. The criteria table may include time and date criteria, so application notification can depend upon time, date and location information.

Method and apparatus for executing location dependent application in a mobile handset

PROBLEM TO BE SOLVED: To simplify a customizing operation on a state where providing of information is desired and on the kind thereof, in a device for providing information to a user on the basis of information acquired by various sensor devices SOLUTION: The device comprises a situation information mark acquisition means 21 for storing, when the situation where a service providing is desired is instructed from an input means 13, storing a situation information mark including situation information from a sensor means 12 in a data storage means 18, and displaying a situation information mark symbol on a display means 17; and a situation adaptive service setting means 22 for storing, when information service is instructed from an input means 14 for the situation information mark symbol, information showing the information service concerned in the data storage means 18 as coordinated information service information of the situation information mark The device further comprises a situation adaptive service execution means 23 for performing, when the situation information included in the situation information mark and the situation information from the sensor means 12 satisfy a predetermined condition, the starting processing of the information service COPYRIGHT: (C)2005,JPO&NCIPI

Situation adaptive service utilizing device, method, program, and storage medium recording the program

A portable telephone comprising a GPS receiving section ( 17 ) for detecting the current position, an input section ( 16 ) having one or more key, a RAM 13 for storing a registered operating order of the keys and registered positional conditions, and a control circuit ( 11 ) for executing the operating procedure of the keys stored in the RAM ( 13 ) when a current position detected at the GPS receiving section ( 17 ) satisfies the positional conditions stored in the RAM ( 13 ), wherein the positional conditions specifies one point or the position of an area, and adds a distance exceeding the positional detection accuracy to a specified position.

Portable telephone performing a predetermined operation based on location information

PROBLEM TO BE SOLVED: To provide a portable electronic apparatus with a radiation sensor, capable of easily and repeatedly measuring radiation doses at the same place by changing date and time.SOLUTION: The portable electronic apparatus includes a radiation sensor 14, a positioning part 23 for acquiring position information of its own apparatus, a storage part 31 for previously storing specific position information and a control part 20. When a present position of the own apparatus acquired by the positioning part 23 exists in a first range including the specific position stored in the storage part 31, the control part 20 starts measurement of radiation by the radiation sensor 14.

Portable electronic apparatus

PROBLEM TO BE SOLVED: To provide an information processor, a communication system and an information processing method capable of automatically starting processing without necessitating the server of a center or the call originating function of a terminal and without the request of a user by previously setting a prescribed processing desired by the user to a terminal side. SOLUTION: A base station ID of PHS(personal handyphone system), etc., is received by a positional information receiving part 12 as positional information through an antenna 11. Execution of a desired processing in the case of inputting/outputting to a specific position is previously set and stored in a processing setting storing part 14. A start judging part 13 judges whether to start processing through the use of stored contents in the part 14 and positional information received by the part 12 and in a case when the processing should be started, a processing executing part 15 executes the processing. Thus, the desired processing can automatically be started without necessitating the processing of the server of an information center or necessitating the service request of the user.

Information processor, communication system and information processing method

PURPOSE:To express a bisection decision graph with the number of nodes smaller than ever by sequencing an input variable relating to each output in sequence of the input variable with higher priority based on the sequence of the input variable. CONSTITUTION:An output rank decisin means 1 decides the priority of the output so as to set higher priority on the output with large number of gate stages from input. Also, an input variable sequence decision means 2 for one output logical function decides the sequence of the input variable in which the number of nodes can be reduced for one output in plural pieces of output, and performs retrieval with depth priority advancing from the output to the input, and performs the sequencing of the input variable in sequence of retrieval. An input variable sequence unifying means 3 unifies all the sequence of the input variable for each output decided by the input variable sequence decision means 2 for one output logical function. and decides the final sequence of the input variable for all the output. Unification at that time is performed based on the priority decided by the output priority sequence decision means 1.

Bisection decision graph variable sequence deciding method and logic circuit design verifying method using the same

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Information processor, communication system and information processing method

Bisection decision graph variable sequence deciding method and logic circuit design verifying method using the same