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Long Term Static Monitoring Software SDB.Net Presented by: Daniele Posenato. SDB. Contents. Introduction Old SDB Main characteristics Problems SDB.Net : what news Conclusion Questions and Answers. SDB. Introduction. Introduction software. Monitoring. Distributed. - PowerPoint PPT Presentation
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Long Term Static Monitoring SoftwareSDB.Net
Presented by: Daniele Posenato
SDB
Contents Introduction Old SDB
· Main characteristics· Problems
SDB.Net: what news Conclusion Questions and Answers
SDB
Introduction
Introduction software
Monitoring
Dynamic
Static
Point
SDBDyMon
DiView
Distributed
DyMon
SDB
Old SDB introduction
Scheduling, downloading, measuring of SOFO Sensors and thermocouples
Save the measurements on a MS Access database
Visualize the history of a sensor on graph or table
Set zero measurement
SDB is the acronym of Standard Data Base
Old SDB introduction
SDB Standard– scheduling, downloading, control, visualization
SDB View – visualization, export, setting of warnings
SDB Pro – virtual sensors, real-time partial analysis
SDB SPADS – deformed shape, spatial analysis
MuSt 3rd Parties
SOFO SDB SDB ViewSDB Pro
Sensoptic Campbell Adam
SDB Database
Old SDB properties
SOFO
Old SDB Problems
It is written in Microsoft VB6, that it is not anymore supported by Microsoft
One single exe file for the configuration, scheduling, processing, visualization and warning
It works only with MS access database It can manage only small databases It uses obsolete libraries It can have problems during the installation on new MS OS Since Vb6 is not a structured language:
The maintenance is difficult, domino effect It is not flexible, add a new sensor or a new reading unit
require a lot of programming It is difficult to test It has an old style fashion
SDB.Net introduction
SDB.Net characteristics SDB.Net is the natural evolution of the SDB software with the aim
to overcome all the limitations present on the original SDB It is completely developed in C#.NET, compatible with .net
framework 3.5 and later versions and it can be run on all the Microsoft platforms
It is much more flexible and adaptable to the client necessities It will be much easier to be maintained and expanded The SDB.Net designed based on a client-server architecture in
which the Kernel (server) works as service and interacts directly with the reading units and with the database where the measurements are saved. At the same time, it answers over to all the requests received from all the active User Interfaces (clients) that can be located on the same PC or remotely over a data network
SDB.Net characteristics Several types of databases are currently supported: MS Access,
SQL server, Postgres, Oracle, MySQL… Multiple users using the UI can send the requests of data via
internet to the same Kernel located everywhere in the world It manages most the reading units and sensors of the Roctest
group The integration of a new sensor or a new reading unit is simplified A single Kernel can simultaneously manage several local and
remote databases of different types A UI can access several Kernels at the same time, allowing e.g.
connection to multiple sites It can send automatically email or SMS in case of warning Auto synchronization of a remote database with a local copy, for
backup and replication
SDB.Net functioning principle
User Interface
User Interface
User Interface
Kernel(User Interface)
Net
SDB.Net Kernel
It is installed as a service A single Kernel can simultaneously manage several local
and remote databases of different types It processes at the same time several UI requests It manages the warnings, sends email and SMS It plays several agendas and saves the measurements It manages the all the requests for the DB synchronization
SDB.Net User Interface
Installed as an application It can communicate to the local copy of the database or
directly with a remote kernel It allows
To create and modify the configuration of sensors, agendas, reading units
Control the execution of a measurement (measure now) To create views of the data (sensors, period of
visualization) Manage the warning criteria (thresholds, emails, phone
numbers,…)
It requires a license Simplify real-time interpretation of the measurements Possibility to combine real sensors using mathematical
functions to create more powerful sensors Real-time calculation and presentation of indirectly
measured parameters such as curvature average shear strain thermal strain load etc…
Visualization and analysis of calculated measurements Enable the use of Must, Sensoptic, Campbell, read from file
and other sensors
SDB.Net Pro introduction
Create sensors based on complex
mathematical functions
SDB.Net pro
SDB.Net View introduction
Automatic data export of Selected group of sensors Selected monitoring periods
Complete data visualization of selected group of sensors over selected monitoring periods in form of
Tables Diagrams Values presented on structure's photo, schema or plan
Automatic elaboration and visualization in real-time environment Pre-Warnings and Warnings in form of
Yellow and red fields in tables or structure’s photo, schema or plan Perform action on critical situations (E-mails, SMS)
Save the view to database (It requires a license)
SDB View Data
visualization Pre-warnings
and Warnings Automatic
data exporting to txt, xls, html, xml..
SDB.Net View warnings
In case of pre-warning or warning can be sent via SMS Email
In a xml configuration file can be specified several SMS systems (GSM modem via RS232 or via TCP, or web
services) SMTP servers In case of a service does not work the next one is used, this to
guarantee a redundancy If the SDB fails to send a warning after a certain period it
retries to resend it
Based on .NET framework Designed for static monitoring of point wise sensors Compatible with many database types Direct access to the remote data via client-server
architecture Direct access to a local copy for offline analysis More flexible and easier to maintain Multiple agendas can be active at the same time
SDB.Net conclusion
Thank you for your attention
SMARTECWhere instrumentation technologies meet
http://www.roctest-group.com