Title :
M2M gateway: The centerpiece of future home
Author :
Hosek, Jaromir ; Masek, Petr ; Kovac, Dominik ; Kropfl, Franz
Author_Institution :
Dept. of Telecommun., Brno Univ. of Technol., Brno, Czech Republic
Abstract :
The online collection of information about the consumption of gas, water, electricity and data from other sensors as temperature and humidity sensors or photo-voltaic systems became highly required. At the same time, the market liberalization on smart metering brought new challenges for utility distributors and telecommunication operators. Likewise, online data collection is crucial for increasing efficiency of energy consumption and reducing environmental impact as well. The communication concept which is able to fulfil mentioned requirements is called Internet of Things or Machine-to-Machine. During these days many industry bodies are trying to take a piece of this M2M cake, especially in a home environment. Since such an intelligent house is equipped by many different sensors and home automation systems, it is important to come up with a solution which will be able orchestrate all elements and provide end-users with one single management interface. The smart home gateway is one of possible solutions which enables the communication with various types of devices /sensors and provides common networking features like residential IP router as well. This paper demonstrates the concept of our smart home gateway which acts as a multipurpose enabler and communicates information from connected sensors to the end user through the developed middleware application. Since it is expected that the number of sensors in smart homes will be enormous it is appropriate to optimize the transmission of generated data between sensors and user applications. Therefore, our gateway implements a data aggregation scheme and respects the requirements defined by Home Gateway Initiative.
Keywords :
IP networks; home automation; home networks; internetworking; middleware; HGI; Home Gateway Initiative; Internet of Things; M2M gateway; communication concept; data aggregation; data transmission optimization; electricity consumption; energy consumption efficiency improvement; environmental impact reduction; gas consumption; home automation systems; home environment; humidity sensors; information communication; intelligent house; machine-to-machine gateways; management interface; market liberalization; middleware application; networking features; online information collection; photo-voltaic systems; residential IP router; smart home gateway; smart homes; smart metering; temperature sensors; user applications; water consumption; Home automation; IP networks; Intelligent sensors; Logic gates; Protocols; Zigbee;
Conference_Titel :
Ultra Modern Telecommunications and Control Systems and Workshops (ICUMT), 2014 6th International Congress on
Conference_Location :
St. Petersburg
DOI :
10.1109/ICUMT.2014.7002101