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Tekijä: | Joshi, Mukul M. |
Työn nimi: | Design of a graphical user interface for home energy monitoring system |
Julkaisutyyppi: | Diplomityö |
Julkaisuvuosi: | 2010 |
Sivut: | 48 s. + liitt. 9 Kieli: eng |
Koulu/Laitos/Osasto: | Elektroniikan, tietoliikenteen ja automaation tiedekunta |
Oppiaine: | Valaistustekniikka (S-118) |
Valvoja: | Halonen, Liisa |
Ohjaaja: | Pakanen, Jouko |
Elektroninen julkaisu: | http://urn.fi/URN:NBN:fi:aalto-201203151583 |
OEVS: | Sähköinen arkistokappale on luettavissa Aalto Thesis Databasen kautta.
Ohje Digitaalisten opinnäytteiden lukeminen Aalto-yliopiston Harald Herlin -oppimiskeskuksen suljetussa verkossaOppimiskeskuksen suljetussa verkossa voi lukea sellaisia digitaalisia ja digitoituja opinnäytteitä, joille ei ole saatu julkaisulupaa avoimessa verkossa. Oppimiskeskuksen yhteystiedot ja aukioloajat: https://learningcentre.aalto.fi/fi/harald-herlin-oppimiskeskus/ Opinnäytteitä voi lukea Oppimiskeskuksen asiakaskoneilla, joita löytyy kaikista kerroksista.
Kirjautuminen asiakaskoneille
Opinnäytteen avaaminen
Opinnäytteen lukeminen
Opinnäytteen tulostus
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Sijainti: | P1 Ark Aalto 810 | Arkisto |
Avainsanat: | energy monitoring M-bus visual basics user interface ThereGate PadPuls M2C micromaster OBiX ZigBee Z-wave |
Tiivistelmä (eng): | Excellent graphics are the instruments used for representing quantitative information. Graphics help people to understand complex things easily. Hence the user interfaces developed should be clear, illustrative and designed from the user point of view with respect to their applications. The thesis work deals with the design of a graphical user interface (GUI) developed for a home energy monitoring system. Design methodologies like user centric design and empathic design are followed while creating the user interface and also the effect of various colors on human perception is studied. Hence the final design of user interface provides the end-users a visualization of the energy produced and consumed in a monitored environment. The monitoring devices are connected to ThereGate system (data logger) via the M-Bus communication protocol. The ThereGate platform uses an Open Source Linux system as the operating language. The other communication platform used over the ThereGate platform is an oBIX bridge, a web based service interface rich in XML support for transferring the data. The interface has been programmed by using Visual basics 2008 and VB.NET, developed by Microsoft. The work progresses with an initial explanation on the availability of various home energy monitoring systems on the market and their comparison. The other units discuss the architecture of the ThereGate system, give a brief overview of the M-bus system, and discuss the development of graphical user interface (GUI) from a user centric design perspective using Microsoft's Visual Basics and VB.NET and configuration of M-Bus. The last unit contains a discussion of the goals achieved at the end of the design and the future developments that can be made to have more user interactions with the user interface. |
ED: | 2011-03-10 |
INSSI tietueen numero: 41570
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