Food Engineering Instrumentation on LEMDist Workspace

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María Carmen Castilla Salinas
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1 Universidad Nacional Autónoma de México Food Engineering Instrumentation on LEMDist Workspace Jesús Cruz Guzmán, Luciano Díaz González, Larisa Enriquez, José Luis Garza Rivera, Moises Hernández Duarte, Carlos Pineda Muñoz, Miguel Álvarez Pasaye, Miriam Rivas, Ángel López Gómez, Ernestina Chávez Rodríquez, José Luis Arjona Román, Jaime Flores Minuti, Enrique Ángeles Anguiano, Brígida Camacho, Mario García.

Pineda Muñoz, Miguel Álvarez Pasaye, Miriam Rivas, Ángel López Gómez, Ernestina Chávez Rodríquez, José Luis

2 LEMDist Aims Project Aims are: Build Technological support for: Different pedagogical approach in natural science teaching and The e-science developers and users in their research. Get web access to the equipment and another web service.

teaching and The e-science developers and users in their

3 Abstraction Layers Designed like a component integration system in four abstraction levels: Access layer, Service layer, Grid layer and Resource layer.

4 Services Five kind of services: Research repository for the experimental work, Distributed enhanced Instrumentation, Distributed Data Analysis, Computational Modellation and Simulation, Interactive Visualization.

Instrumentation, Distributed Data Analysis,

5 Architecture Access Layer Experiment repository system Distributed data analysis Distributed with access instrumentat Service to data Layer base ion systems Grid Layer Interactive visualization Simulation and modelation capabilities Resources Layer

instrumentat Service to data Layer base ion systems Grid

6 Application Characteristics

7 GLite Middleware Applications Higher-level Grid Services Foudation Grid Middleware

8 Repository for research project and experimental work Global collaboration communities Scientific data repositories Work space

9 Data structure design ENTIDADES ACADÉMICAS FACULTADES Y ESCUELAS INSTITUTOS Y CENTROS FACULTAD FACULTAD FACULTAD INSTITUTO INSTITUTO DISCIPLINA DISCIPLINA DISCIPLINA DISCIPLINA DISCIPLINA DISCIPLINA DISCIPLINA DISCIPLINA DISCIPLINA DISCIPLINA Funciones Sustantivas Docencia Licenciatura Campo del Conocimiento o Área de Especialidad Asignatura Pogrado Investigación Programas de Investigación Lineas de Investigación en Licienciatura Proyectos de Mejoramiento de la Docencia Lineas de Investigación en Posgrado Cátedras de Investigación Extensión Programa de Extensión Proyecto de Extensión varchar(200) createdir DeviceIfraestructure cd DeviceIfraestructure addattr./ DIName varchar(180) cd TechnologicalFiel addattr./ TFName varchar(180) createdir Technology cd Technology addattr./ TName createdir Instrument cd Instrument addattr./ IName varchar(180) addattr./ IModel varchar(60) addattr./ IShortDescription ILongDescriptionFileName text varchar(60) OperationRequeriments CalibrationParameter varchar(60) varchar(60) Metadata Catalogue AMGA addattr./ LFC File Catalogue addattr./ Producer createdir Storage Element s cd OperationRequeriments addattr./ ORName(180) addattr./ addattr./ DataModel cd ~/LEMDist

Lineas de Investigación en Licienciatura Proyectos de Mejoramiento de la Docencia Lineas de Investigación en Posgrado Cátedras de Investigación Extensión Programa de Extensión Proyecto de Extensión

10 Distributed enhanced instrumentation Discovering laboratory resource service Schedule service Interaction environment with instrument operator Quality of Service in control and monitoring for most of the laboratory equipment

Interaction environment with instrument operator

11 Architecture UI Browsing Information system SE & LFC 1 File Copy Job submission 2 File Copy RB Information Storage CE + WN

12 UI GRID RESOURCES RB SE CE WN LF C INTERACTIVE INTERFACE GRID<->DEVICE DEVICE LAYER Grid-rec / gridplay MICROPHONE

13 Job Submission

14 Distributed data analysis Data analysis library Access to specialized data bases

15 Simulation and modelation Access to software resources for simulation and modelation CPU intensive Communication intensive (MPI or other)

16 Interactive visualization CPU intensive Communication intensive (MPI or other) Broad band communication Display Virtual Reality Capabilities

17 Implementation Multidisciplinary Experimental Laboratory (LEM) Chemical enginery, Food enginery, and Industrial chemistry.

18 Laboratory equipment oriented to: Unitary operations, Freezing Test Industrial process simulation, Control process, Physical, Chemical and physical chemistry properties determination. Temperature (ºC) Thermocouple1 Thermocouple2 Thermocouple3 Thermocouple4 Thermocouple5 Thermocouple6 Time (sec)

19 Conclusions The implemented commands at the interface level hide the Grid and control device commands, avoid damages and provide diferent execution command levels We can work on the GLite sandbox and is not necessary to delegate part of the process to another kind of environment. Interaction for control and monitoring process requires more Fexibility on network service and new implementations in the middleware

necessary to delegate part of the process to another kind of environment.

20 Thanks?

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