Abstract: Based on map information acquired from a map DB, a viewpoint for viewing a ground surface on a map of a set region at a time of displaying the map is set. Altitude information that indicates an altitude of a landform present in at least a partial region of the set region is stored. In a case where the altitude information is present in the map DB at a position on the map, which is set in response to a position indicated by inputted position information, a sight direction of the viewpoint is changed, and the viewpoint is thereby set at a position higher than the altitude of the landform, which is indicated by altitude information of the position on the map. A display data for displaying, on a display device, a map in a case of viewing the ground surface from the viewpoint set is generated.

Abstract: Based on map information acquired from a map DB, a viewpoint for viewing a ground surface on a map of a set region at a time of displaying the map is set. Altitude information that indicates an altitude of a landform present in at least a partial region of the set region is stored. In a case where the altitude information is present in the map DB at a position on the map, which is set in response to a position indicated by inputted position information, a sight direction of the viewpoint is changed, and the viewpoint is thereby set at a position higher than the altitude of the landform, which is indicated by altitude information of the position on the map. A display data for displaying, on a display device, a map in a case of viewing the ground surface from the viewpoint set is generated.

Abstract: A harvest support method executed by a computer includes determining a day within a harvest grace period of a first cultivation among cultivations of crops as a recommended harvest date of the first cultivation where the day has a minimum interval with a planned harvest date of the first cultivation; and determining a day included in a harvest grace period of a second cultivation among the cultivations of crops as a recommended harvest date of the second cultivation where the day has an interval with the planned harvest date of the first cultivation in which the interval is closest to an interval between the planned harvest date of the first cultivation and a planned harvest date of the second cultivation, wherein the harvest grace periods and planned harvest dates of the first and second cultivations are stored in a storage unit.

Abstract: A farm work support method executed by a computer includes calculating a forecast harvest date of a first cultivation of crops based on result values of a weather condition from a start date of the first cultivation to a current day stored in a storage unit, and forecast values of the weather condition after the current day stored in the storage unit, and calculating a forecast harvest date of a second cultivation of crops based on the forecast values after the current day stored in the storage unit; and determining the current day as a start date of the second cultivation if an interval between the forecast harvest date of the first cultivation and the forecast harvest date of the second cultivation has the number of days greater than or equal to a predetermined number of days.

Abstract: A positioning and ranging system includes a transmitter transmits a plurality of impulses; and a receiver receives the impulses; the receiver includes an initial detection unit records a sensing time of a first impulse among a plurality of impulses transmitted by the transmitter; a sensing margin detection unit for detecting a sensing margin being a difference between a field intensity of the first impulse and a reception limit field intensity of the receiver; a correction unit identifies a sensing error differential time based on a given relationship between the sensing margin and the sensing error differential time, and corrects the sensing time detected by the initial detection unit using the identified sensing error differential time; the system measures a distance between the transmitter and the receiver and a position of the transmitter based on a time the transmitter transmits the first impulse and a time the receiver receives the impulse.

Abstract: A facility retrieval device includes: an input device 4 for inputting instructions; a map information storage device 5 that stores map information and facility information including facility names and facility types; a facility name extraction unit 11 that extracts a facility name in response to an instruction from the input device; a facility retrieval unit 12 that uses the facility name extracted by the extraction unit as a retrieval key to retrieve facilities having names that include the retrieval key from the facility information stored in the storage device; a list generation unit 13 that generates a list listing names of a plurality of facilities having identical names and identical types to the facility extracted by the extraction unit, from among the facilities retrieved by the retrieval unit, on respective single lines as shared facility names; and a display device 8 that displays the list generated by the generation unit.

Abstract: A facility retrieval device includes: an input device 4 for inputting instructions; a map information storage device 5 that stores map information and facility information including facility names and facility types; a facility name extraction unit 11 that extracts a facility name in response to an instruction from the input device; a facility retrieval unit 12 that uses the facility name extracted by the extraction unit as a retrieval key to retrieve facilities having names that include the retrieval key from the facility information stored in the storage device; a list generation unit 13 that generates a list listing names of a plurality of facilities having identical names and identical types to the facility extracted by the extraction unit, from among the facilities retrieved by the retrieval unit, on respective single lines as shared facility names; and a display device 8 that displays the list generated by the generation unit.

Abstract: A positioning and ranging system includes a transmitter transmits a plurality of impulses; and a receiver receives the impulses; the receiver includes an initial detection unit records a sensing time of a first impulse among a plurality of impulses transmitted by the transmitter; a sensing margin detection unit for detecting a sensing margin being a difference between a field intensity of the first impulse and a reception limit field intensity of the receiver; a correction unit identifies a sensing error differential time based on a given relationship between the sensing margin and the sensing error differential time, and corrects the sensing time detected by the initial detection unit using the identified sensing error differential time; the system measures a distance between the transmitter and the receiver and a position of the transmitter based on a time the transmitter transmits the first impulse and a time the receiver receives the impulse.

Abstract: To realize variable control of the output value of impulses with a simple construction, the present device includes an impulse generating unit which generates impulses; and a control unit which controls an output value of impulses output from the impulse generating unit by changing an input signal that is input to the impulse generating unit for generating impulses.

Abstract: A radio positioning system includes a plurality of base stations, each receiving a radio wave from a mobile terminal, and including a first base station whose position coordinates are known and a second base station whose position coordinates are unknown. The system also includes a distance measuring unit that measures a distance between the first and the second base stations based on the exchanging the radio waves; a position-coordinate calculating unit that calculates position coordinates of the second base station based on the measured distances; a determination control unit that determines a time reference station out of the base stations, and controls the time reference station to transmit a time reference pulse; and a distance-measurement control unit that calculates, using the time difference, a time difference between reception times of the wave signal at the base stations, and calculates position coordinates of the mobile terminal based on the time difference.

Abstract: The communication apparatus employing the non-coherent scheme is used in the UWB-impulse radio system. In order to make it possible to reliably realize long-distance communication, while observing the reference values of the average radiation power and the peak radiation power, and also to realize high-speed short-distance communication, the apparatus includes an impulse adjusting unit which adjusts, according to the distance between two communication apparatuses detected by the distance detecting unit, the amplitude and the repetition frequency of impulses used in radio communication between the two communication apparatuses.

Abstract: To realize variable control of the output value of impulses with a simple construction, the present device includes an impulse generating unit which generates impulses; and a control unit which controls an output value of impulses output from the impulse generating unit by changing an input signal that is input to the impulse generating unit for generating impulses.

Abstract: A communication device includes a voice command input unit for accepting a voice command spoken by a user, a voice data storage unit for storing the voice command accepted by the voice command input unit as voice data, an electronic mail creating unit for creating an electronic mail including the voice data stored in the voice data storage unit, and an output unit for transmitting the electronic mail created by the electronic mail creating unit.

Abstract: A circuit pattern inspection device includes a stage on which circuit patterns to be inspected are arranged so as to be symmetrical about a center of the stage about which the stage can rotate, a plurality of sensors which are positioned with respect to the center and scan the circuit patterns, and a signal processing circuit which determines whether or not the circuit patterns are normal on the basis of output signals of the plurality of sensors.