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    • 13. 发明专利
    • Image generation system and image generation method
    • AU2015258202B2
    • 2016-09-29
    • AU2015258202
    • 2015-11-18
    • HITACHI SOLUTIONS LTD
    • GUO TAONISHIGUCHI OSAMU
    • H04N19/00G06K9/00G06T7/00G06T7/60
    • An image generation system which generates an image including no temporal and spatial missing images, includes: a processor that executes a program; and a memory that stores the program executed by the processor. The processor calculates spectral correction parameters for transformation between a first image and a second image using the first image and the second image of different resolutions having captured the same area on the ground; calculates temporal change correction parameters for correction of temporal changes using two second images captured at different times; and generates a missing image of the first image from the second image captured at a time different from the first image using the spectral correction parameters and the temporal change correction parameters. t t TIME I------------------------------------------ ------------------ 1 SATELLITE IMAGE 1 A10(t) B11(t) L --------------------------------------------------------------------------- I -------------------------------------------------------- | SATELLITE IMAGE 2 AC(t- LOD A|(t) A|(t ) BB 2 (t) -B 20(t) NO TEMPORAL I - NO CHANGE SPECTRAL CHANGE TEMPORAL CLOUD (2) - ______ CHANGE (4) T d '2 d , dia d=2A|()Aft) dl=f,(A|(t) -A (t) ds =f2 (A 2(t)-A() (3) (5) F-------------------- --------- SATELLITE IMAGE 3 A1|(t A|(t) SIMULATE ------- B(t) B B f(t)= B|(t)+ d2+d, Af(t)=A10(t)+d3 + d B(ti)=B20(ti)+d L ----------------------------------------- SIMULATION IMAGE 0: NON-CLOUD AREA, 1: CLOUD AREA An~t)--> TIME SATELLITE IMAGE
    • 14. 发明专利
    • Endgerät-Verwaltungssystem, Verwaltungsserver und Verfahren dafür
    • DE102013008522A1
    • 2013-11-21
    • DE102013008522
    • 2013-05-16
    • HITACHI SOLUTIONS LTD
    • FUKUI DAISUKESASAKI SHINYA
    • G06F13/10G06Q10/06
    • Ein Verwaltungsserver umfaßt eine Verwaltungstabelle, die ein Endgerätverwaltungsdatenmodell und ein Steuerinformationenverwaltungsdatenmodell in einer gemeinsamen Form enthält und verwaltet. Das Endgerätverwaltungsdatenmodell weist die gleiche Datenstruktur auf wie das Endgerätverwaltungsdatenmodell eines Endgeräts. Mit dem Steuerinformationenverwaltungsdatenmodell werden die Steuerinformationen zum Steuern des Endgeräts verwaltet. Der Verwaltungsserver führt einen ersten Prozeß, einen zweiten Prozeß und einen dritten Prozeß aus. Im ersten Prozeß wird ein Endgerätverwaltungsdatenmodell erzeugt, das die gleiche Datenstruktur aufweist wie das Endgerätverwaltungsdatenmodell, das vom Endgerät geändert wurde. Im zweiten Prozeß wird das Steuerinformationenverwaltungsdatenmodell unter Verwendung von Steuerinformationen für das Endgerätverwaltungsdatenmodell auf der Basis einer Anweisung von der Verwaltungseinrichtung erzeugt. Im dritten Prozeß werden das im ersten Prozeß und im zweiten Prozeß erzeugte Endgerätverwaltungsdatenmodell und Steuerinformationenverwaltungsdatenmodell in der Verwaltungstabelle registriert. Das Endgerät führt dann Prozesse auf der Basis der Steuerinformationen in dem vom Verwaltungsserver erhaltenen Steuerinformationenverwaltungsdatenmodell aus.
    • 16. 发明专利
    • Farm field management device
    • AU2014326083B2
    • 2017-09-28
    • AU2014326083
    • 2014-05-09
    • HITACHI SOLUTIONS LTD
    • NISHIGUCHI OSAMU
    • G06Q50/02A01G7/00
    • [Problem] To provide a device capable of accurately correlating the content of work in a farm field and the relation thereof with the farm field. [Solution] A current location acquisition means (2) acquires the current location of a farm field management device by using a GPS system (not shown). A recording unit (2) has recorded therein farm field information (8) in correlation with farm field location information. This farm field information (8) includes information about crops planted (or scheduled to be planted) in the farm field, information about used agricultural chemicals, information about a planter, etc. A farm field information acquisition means (10) acquires, from the recording unit (2) on the basis of the current location acquired by the current location acquisition means (2), the farm field information (8) corresponding to the acquired current location. A farm field information output means (12) outputs the acquired farm field information (8). In this way, the farm field information about the farm field corresponding to the current location can be accurately acquired.
    • 18. 发明专利
    • Image generation system and image generation method
    • AU2015258202A1
    • 2016-06-30
    • AU2015258202
    • 2015-11-18
    • HITACHI SOLUTIONS LTD
    • GUO TAONISHIGUCHI OSAMU
    • H04N19/00G06K9/00G06T7/00G06T7/60
    • An image generation system which generates an image including no temporal and spatial missing images, includes: a processor that executes a program; and a memory that stores the program executed by the processor. The processor calculates spectral correction parameters for transformation between a first image and a second image using the first image and the second image of different resolutions having captured the same area on the ground; calculates temporal change correction parameters for correction of temporal changes using two second images captured at different times; and generates a missing image of the first image from the second image captured at a time different from the first image using the spectral correction parameters and the temporal change correction parameters. t t TIME I------------------------------------------ ------------------ 1 SATELLITE IMAGE 1 A10(t) B11(t) L --------------------------------------------------------------------------- I -------------------------------------------------------- | SATELLITE IMAGE 2 AC(t- LOD A|(t) A|(t ) BB 2 (t) -B 20(t) NO TEMPORAL I - NO CHANGE SPECTRAL CHANGE TEMPORAL CLOUD (2) - ______ CHANGE (4) T d '2 d , dia d=2A|()Aft) dl=f,(A|(t) -A (t) ds =f2 (A 2(t)-A() (3) (5) F-------------------- --------- SATELLITE IMAGE 3 A1|(t A|(t) SIMULATE ------- B(t) B B f(t)= B|(t)+ d2+d, Af(t)=A10(t)+d3 + d B(ti)=B20(ti)+d L ----------------------------------------- SIMULATION IMAGE 0: NON-CLOUD AREA, 1: CLOUD AREA An~t)--> TIME SATELLITE IMAGE
    • 20. 发明专利
    • sistema e método de análise de informações de superfície de solo
    • BR102017006282A2
    • 2018-04-10
    • BR102017006282
    • 2017-03-27
    • HITACHI SOLUTIONS LTD
    • YORIKO KAZAMAYU ZHAO
    • G06T1/00
    • sistema e método de análise de informações de superfície de solo. trata-se de um sistema de análise de informações de superfície de solo para analisar uma superfície de solo com o uso de imagens que inclui as unidades de: adquirir dados de imagem bidimensionais que incluem informações sobre as regiões de materiais em uma superfície de solo em diversos tempos; adquirir dados de imagem tridimensionais que incluem as informações de configuração da superfície de solo nos diversos tempos; especificar as respectivas regiões de diversos tipos de materiais com o uso dos dados de imagem bidimensionais adquiridos; gerar dados de imagem tridimensionais de múltiplos espectros de série de tempo a partir das respectivas regiões especificadas dos materiais e as configurações especificadas pelos dados de imagem tridimensionais adquiridos como combinações dos diversos tempos e os diversos tipos de materiais, em que as regiões e as configurações correspondem aos respectivos tempos incluídos nos diversos tempos; e calcular as quantidades de variação dos respectivos materiais com base em diversos dados de tempo incluídos nos dados de imagem tridimensionais de múltiplos espectros de série de tempo gerados.