GIS Modeling of Territorial Processes using Remote Sensing Data - PowerPoint PPT Presentation

“KAZGEOCOSMOS” JSC GIS Modeling of Territorial Processes using Remote Sensing Data Prof. Edige A. Zakarin Director of Remote Sensing Department

Inter- -branch branch Geoinformation Geoinformation System System Inter (IGIS) (IGIS) The presentation is based on experience of processing project: “To build Inter-branch GIS using remote sensing and cartographic methods” in frame of the State program “Development of space activity in the Republic of Kazakhstan for 2005-2007”

Objectives and Tasks Objective - to provide the complex and operative analysis of remote sensing data to develop nature conservancy measures. For this purpose: • To develop of the multiuser open system including a package of GIS-technologies; • To use scientific background accumulated by state Institutes; • To provide an opportunity to include IGIS IGIS in National system of space monitoring; • To provide functioning the following GIS-technologies: � Monitoring of agrotechnology, � Estimation of plough-land productivity � Weather disaster warning � Monitoring of transboundary disaster � Thermal monitoring seismic activity areas � Monitoring of industrial areas � Monitoring of nuclear hazard objects � Monitoring of sea ice situation � Monitoring of minerals quarrying area � Wells and oil pipes monitoring

Structure of Inter- -branch branch Geoinformation Geoinformation Structure of Inter System (IGIS) System (IGIS) National system of Subsystem “Executor” Subsystem Subsystem “C ustomer ” space monitoring “A dministrator ” Possibility of customer adding Possibility of GIS- technology adding Metadata database Atyrau Customer 4 Astana Monitoring of agrotechnology Archives of remote Almaty Customer 3 sensing data _____________________ Estimation of plough-land productivity Customer 2 Data receiving center Weather disaster warning Customer 1 Archives of reports Wells and oil pipes monitoring ARC Objects interface MGIS Monitoring of nuclear hazard objects Geoinformation National archives Monitoring of transboundary disaster of remote database sensing data Thermal monitoringseismic activity areas Report viewing tools Monitoring of industrial areas Monitoring of agrotechnology Monitoring of minerals quarrying area Output data standard Input data standar Test sites Estimation of plough-land Monitoring of ice situation productivity Search of reports and space images Weather disaster warning ARC Objects interface GIS-technology d MGIS Wells and oil pipes monitoring Environmental contamination monitoring Dust storm monitoring Query Access permissions Access permissions Thermal monitoringseismic activity areas Space images Archive data Geoinformation data Monitoring of industrial areas Request Request Monitoring of minerals quarrying area Monitoring of ice situation Request and reports database Space images Archive data Geoinformation data Report Report System consists of three subsystems: “Executor”, “Customer” and “Administrator”. The number of subsystems “Executor” and “Customer” are not limited. All subsystems are the client of one server.

Design of IGIS – stage of problem analysis System requirements to IGIS: •to provide internal integrity and compatibility with other systems; •to provide an opportunity of expansion and updating of system; •widely to apply the typical, unified both standardized elements and models; •to provide stage-by-stage creation of system; •to use the open systems architecture and the object-oriented method at system and GIS-technologies engineering; •to provide the processing of field work data.

UML Communication Diagram UML Communication Diagram Astana ! :SubsysCustomer 1:sendOrder 12:receivedReport Customer :Centre RS 11:sendReport ! А tyrau 2:processOrder :SubsysAdministrator 6:sendImage 3:receiveOrder 10:updateReport 5:imageOrder Almaty ! :SubsysExecuter e Subsystems of IGIS will located in g a m I e v i r e c e d different point of territory of e r r : O 7 e t u c e x e t Kazakhstan. So communications must : r 4 o p e R 8:makeReport d n e s be realized between Atyrau (RS : 9 Executor centre), Almaty (SubsysExecuter) and Astana (SubsysCustomer).

UML Activity Diagram ( (Top Level Top Level) ) UML Activity Diagram

Geographic information technology designing Geographic information technology designing GIS-technologies in frame IGIS Common Common Main of IGIS are divided on: tools database program •the technologies of space Interfaces monitoring; «Model – «Model - «Model - database» user» developer» •the technologies based on engineering models ready for Input data use; Field data Maps Space •the technologies based on images complex mathematical models ready for use; Model •the technologies based on new New Mathematical Engineering created models. models models models

GIS- -technologies for technologies for agrotechnology agrotechnology GIS UML Sequence Diagram UML Sequence Diagram IGIS Executor Dispatcher RS Center Draw survey schedule This task is for agriculture year Draw schedule Draw request for survey characteristic Draw request Submit Submit order on RADARSA T monitoring task. Submit order Signal OK on IRS ref Receive and Space shoot is used transmite survey [Survey] "winter tillage" Carry out primary processing [RADAR SA T] Process on purpose to [IRS] Process Receive images control rural and {E xe cutor. [RADAR SA T] Agrotechnolog y "winter tilla ge" Thematic process in Se ptembe r} "winter tillage" agricultural works in [IRS] Thematic process "winter tillage" Form report Load DB time of run-init. So "winter tillage" ref Receive ima ges sequence diagram [RADARSA T] {E xe cuto r. Thema ti c process Ag rotechnolog y "snow" "snow" in Desemb er} [IRS ] Thema ti c process "snow" show can be Load DB Form rep ort "snow" ref controlled by remote Receive ima ges {E xecu to r. [RADARSA T] Ag rotechn olog y "moisture " Thema ti c process in Apri l} "moisture " sensing method. [IRS ] Thema ti c process "moisture " Load DB Form rep ort "moisture " ref Receive ima ges [RADARSA T] {E x e cu to r. Thema ti c process Ag rotechn ology "presowing " "presowing " in May} [IRS ] Thema ti c pro cess "presowing " Load DB Form rep ort "presowing " ref Receive ima ges [RADARSA T] {E x e cu to r. Thema ti c process Ag rotechn ology "sowin g" "sowing " in May} [IRS ] Thema ti c process "sowing " Load DB Form rep ort "s o wing" ref Receive ima ges {E xe cuto r. [RADARSA T] Ag rotechnolog y "harvest" Thema ti c process in Aug -Sep t "harvest" [IRS ] Thema ti c process "harvest" Load DB Form rep ort "harve st"