SMART HOME IMPLEMENTATION COMPARISON ON DIFFERENT HARDWARE PLATFORMS
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Published:
Jun 30, 2017
Issue Vol. 7 No. 2 (2017)
Articles
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TRAFFIC ANALYSIS USING NETFLOW AND PYTHON
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STUDY OF CONTROL INHOMOGENEITIES OF THE DIELECTRIC BETWEEN METAL PLANES OF MICROWAVE DEVICES IN PHASED ARRAY ANTENNAS
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OPTIMIZATION OF THE SOLAR COLLECTOR’S POSITION
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E-LABS – ADVANCED E-LEARNING
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WEB SERVER LATENCY REDUCTION STUDY
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TOPOGRAPHY DEPENDENT VERTICAL WIND DISTRIBUTION ESTIMATION
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SYSTEM FOR VEHICLE ROUTING PROBLEM ALGORITHMS ANALYSIS
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DEVELOPMENT OF THE INTERNET OF THINGS IN POLAND WITH SPECIAL CONSIDERATION OF THE SOCIETY’S AWARENESS OF THE IOT
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INVESTMENT PROFITABILITY ANALYSIS OF AN ON-GRID PHOTOVOLTAIC SYSTEM
36-39
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SYNTHESIS OF INTELLECTUAL SUBSYSTEMS OF DYNAMIC DIAGNOSIS OF THE CONDITION OF TURBINE UNITS THERMAL POWER
40-43
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ANALYSIS OF APPLIED REFERENCE LEADS INFLUENCE ON AN EEG SPECTRUM
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PERFORMANCE ANALYSIS OF NATIVE AND CROSS-PLATFORM MOBILE APPLICATIONS
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ELECTRON SOURCE WITH HOT CATHODE SIMULATOR
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SMART HOME IMPLEMENTATION COMPARISON ON DIFFERENT HARDWARE PLATFORMS
58-61
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THEORETICAL AND EXPERIMENTAL STUDY OF INCOMPRESSIBLE FLUID FLOW THROUGH A SLOTTED ORIFICE
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ANALYSIS OF INFLUENCE OF NUMERICAL MESH DENSITY ON RESULTS OF SIMULATION OF VON KARMAN VORTEX STREET
66-69
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INVESTIGATION OF SOIL PARAMETERS FROM WATER AREA
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CONVERSION EFFICENCY OF THE YAG:CE LUMINOPHORES COOPERATED WITH UV-VIS SEMICONDUTOR EMMITERS
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ANALYSIS OF THE USE OF SELECTED ENGINEERING SIMULATION TOOLS FOR MODELING DAYLIGHT
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ANOMALIES IN MODELLING BUSINESS PROCESS
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CONCEPT OF CONTROL SYSTEM FOR HYBRID ELECTROMAGNETIC LAUNCHER WITH USE OF REAL TIME CONTROLLER
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IMPLEMENTATION OF THE SYSTEM WWS IS THE REQUIREMENT IN DEVELOPMENT OF ELECTROMOBILITY
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EMOTION RECOGNITION IN POLISH TEXTS BASED ON KEYWORDS DETECTION METHOD
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CONSTRUCTION OF VACUUM CIRCUIT-BREAKER FOR 7.2 KV
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ANALYSIS OF LOGARITHMIC ANALOG-TO-DIGITAL CONVERTER WITH SUCCESSIVE APPROXIMATION TAKING INTO ACCOUNT PARASITIC CAPACITANCES
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CONSTRUCTION SOLUTIONS ROTATIONAL MOLDING MACHINES POLYMER MATERIALS
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TESTING FOR REVEALING OF DATA STRUCTURE BASED ON THE HYBRID APPROACH
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Main Article Content
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Abstract
This article presents a comparison of the two hardware platforms in terms of Smart Home implementation: Raspberry Pi minicomputer and AVR microcontroller. The comparative analysis was done on the basis of two independent, author’s implementations with the same aims. The results are presented in tables and descriptions. The conclusions indicate the benefits and potential problems of using both platforms.
Keywords:
Smart Home, minicomputer, single-board computer, Raspberry Pi, microcontroller, AVR
Article Details
Pańczyk, P. ., & Smołka, J. (2017). SMART HOME IMPLEMENTATION COMPARISON ON DIFFERENT HARDWARE PLATFORMS. Informatyka, Automatyka, Pomiary W Gospodarce I Ochronie Środowiska, 7(2), 58–61. https://doi.org/10.5604/01.3001.0010.4840
