Home & Building Automation & Controls Security Building Mgt IT
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A SYSTEMATIC REVIEW ON SMART HOME TECHNOLOGY - CURRENT FEATURES AND FUTURE PERSPECTIVES Mrs. V ASHWINI Lecturer, Dept. of Management Studies, Bhavan’s Vivekananda College, Sainikpuri, Secunderabad. Telangana,India. Abstract: In this era of information Technology Internet has become a very crucial part of the peoples life . It is very hard for a day to start without the usage of the smart devices be it a smart phone or a wearable or any other related equipment . the usage of internet is increasing day by day as this interconnected network has made the life of the people more easier as they can access to anything from anywhere with one click. The world is moving towards The Internet of things which means the inter-networking of physical devices, vehicles also referred to as "connected devices" and "smart devices" buildings, and other items embedded with electronics, software, sensors, actuators, and network connectivity which enable these objects to collect and exchange data through Wi-Fi controlled Via Internet This Paper focuses on Smart Homes - Designing a home for the future it is also known as domotic which is a building automation for the home. The world is running at a very faster pace and people and running even more faster . The 24 hrs in the clock is not a sufficient time to do all the activities so the world is moving to something called as a smart home which involves the control and automation of lighting, thermostats, air ventilation, Ac's , and security, as well as home appliances . Wi-Fi is often used for remote monitoring and control. -
Internet of Things Network Study
Internet of Things Network Study By Masters in Embedded and Cyber-Physical Systems Research Advisor Dan Cregg Team members Ta-Yu Chiu Neha Sadhvi Yidi Fan Ricky Yang Contents 1.Thesis Statement 3 2. Introduction 3 3. Objectives 3 4. Equipment and Devices 3 5. Network Protocols in Study 4 6. Testing Environment 6 7. Number of devices under Test 6 8. Network Layer Frequency 6 9. Physical Layer Frequency 6 10. Test Setup 7 11. Results 8 12. Constraints 13 13. Conclusion 14 14. References 14 15. Acknowledgements 15 16. Contacts 15 1.Thesis Statement As the use of smart embedded devices grows in our daily life, current networking technologies are expected to be strained beyond their original intent. Consumers face unacceptable performance as nodes are increased and network bandwidth is consumed in physically constraining environments. Various network types and use cases, thus, are explored to determine current failure points in common IoT home smart devices. 2. Introduction At the time of this report, there has been an unprecedented uptake in the use of ‘smart’ devices in the home. The introduction of voice recognition platforms such as Google Home and Amazon Alexa has fueled the use of small, inexpensive, connected sensing and control devices. Controls for Heating and Air Conditioning have been popular, as well as various sensors for doors, windows, etc.. Perhaps the most pervasive has been the acceptance of these types of systems for lighting control. Due to the sheer number of nodes available in a home, lighting nodes to be controlled is very large. This research will focus on various types of network technologies with the goal of physically simulating small to large sets of devices to determine acceptable response time. -
Smart Grid Communications Protocols
Communications Overview Communications Overview the number of modems and concen- Each segment is interconnected trators needed to cover the entire through a node or gateway: a An electricity grid without adequate system can dramatically reduce infra- concentrator between the WAN and communications is simply a power structure costs. At the same time, NAN and an e-meter between the “broadcaster.” It is through the the selected technology must have NAN and HAN. Each of these nodes addition of two-way communications enough bandwidth to handle all data communicates through the network that the power grid is made “smart.” traffic being sent in both directions with adjacent nodes. The concentrator Communications enables utilities to over the grid network. aggregates the data from the achieve three key objectives: intel- meters and sends that information ligent monitoring, security, and load Communications networks to the grid operator. The e-meter balancing. Using two-way communi- and protocols collects the power-usage data of the cations, data can be collected from home or business by communicating Communications in the smart grid sensors and meters located through- with the home network gateway or can be broken into three segments. out the grid and transmitted directly functioning as the gateway itself. to the grid operator’s control room. Wide area network (WAN) covers Each segment can utilize different This added communications capabil- long-haul distances from the communications technologies and ity provides enough bandwidth for command center to local neighbor- protocols depending on the trans- the control room operator to actively hoods downstream. mission environments and amount manage the grid. -
Wi-Fi Hotspot 500 Kit Extend Your Wi-Fi Anywhere in Your Home
Wi-Fi Hotspot 500 Kit Extend your Wi-Fi anywhere in your home The Wi-Fi Home Hotspot 500 Kit offers high performance Homeplug powerline adaptor and a Wi-Fi Home Hotspot designed to increase the range of your broadband in the home. Wi-Fi doesn't reach? Use your home's power sockets to create a secure Wi-Fi Hotspot. Need high-speed internet all over your home? Ideal for streaming HD / 3D TV or online gaming via an ethernet cable. Want great performance and reliability? Extend your broadband to any wired or wireless device in the house. Main Features • Uses your home’s electrical wiring to extend your broadband network anywhere in the house • Simple push-button Wi-Fi connection set-up with hotspot • Works with all broadband providers • Two Ethernet ports for multiple wired devices • Link with other HomePlug AV powerline adaptors • N300 wireless technology • AV500 powerline technology • Compatible with AV200 technology devices • Up to 500 Mbps for smooth multiple HD / 3D streaming • Secure wireless network – no configuration necessary • Pass-through socket • Works out of the box Product Data Sheet – Wi-Fi Home Hotspot 500 Kit Issue: Version 1.1 Specification subject to change without prior notice Product Specification System requirements Lights • Works with any operating system • Hotspot: Wireless (Red & Green), Power, Other features Data, Ethernet 1-2 (Green) • Extender Flex: Power, Ethernet (Green) • Guest Hotspot with its own key Data (Tri-colour) • Web configuration interface • Easy pull-out wireless settings card Buttons Security • Hotspot: -
Low-Cost Manufacturing, Usability, and Security: an Analysis of Bluetooth Simple Pairing and Wi-Fi Protected Setup
Low-cost Manufacturing, Usability, and Security: An Analysis of Bluetooth Simple Pairing and Wi-Fi Protected Setup Cynthia Kuo Jesse Walker Adrian Perrig Carnegie Mellon University Intel Corporation Carnegie Mellon University [email protected] [email protected] [email protected] Abstract. Bluetooth Simple Pairing and Wi-Fi Protected Setup spec- ify mechanisms for exchanging authentication credentials in wireless net- works. Both Simple Pairing and Protected Setup support multiple setup mechanisms, which increases security risks and hurts the user experience. To improve the security and usability of these specifications, we suggest defining a common baseline for hardware features and a consistent, in- teroperable user experience across devices. 1 Introduction Bluetooth- and Wi-Fi-enabled devices are increasingly common. Already, manu- facturers ship around 10 million Bluetooth units and 4 million Wi-Fi units each week [1, 2]. Inevitably, consumers will perform security-sensitive transactions – including financial transactions – over Bluetooth or Wi-Fi. Thus, institutions should demand a basic level of assurance: that these technologies do not expose their systems or their customers’ accounts to additional risks. This implies that (1) the security mechanisms in Bluetooth and Wi-Fi should be at least as strong as the rest of the system; and (2) the mechanisms should be easy to use so that consumers can configure and use them correctly. We evaluate the security and usability of setup in the Bluetooth SIG’s Simple Pairing specification (August 2006) [3] and the Wi-Fi Alliance’s Protected Setup specification (released December 2006) [4]. These specifications were developed with two goals in mind: first, to make the technologies easy for non-expert users; and second, to address vulnerabilities in earlier versions of the technology. -
Review of Communication Technologies for Smart Homes/Building Applications
Accepted for presentation at the 2015 IEEE Innovative Smart Grid Technologies Conference (ISGT-ASIA). Bangkok, Thailand. November 4-6, 2015. 1 Review of Communication Technologies for Smart Homes/Building Applications M. Kuzlu, Senior Member, IEEE, M. Pipattanasomporn, Senior Member, IEEE, and S. Rahman, Fellow, IEEE 1Virginia Tech – Advanced Research Institute, Arlington, VA 22203 [email protected], [email protected] and [email protected] frequency. Therefore, communication requirements for CPN Abstract— A customer premises network (CPN) is a critical applications are typically low power consumption, low cost, element to support messaging exchange among smart meters, an simplicity, and secure communications. energy management unit, load controllers, smart appliances and Typical smart grid applications in a CPN, such as HEM, electric vehicles in a smart home/building environment. Smart metering, demand response, etc., are discussed in [3, 4, 5]. In grid applications in a CPN generally are driven by the need for [6], authors propose a comprehensive assessment of various Home/Building Energy Management Systems (HEM/BEM). communication technologies for CPNs and develop an Design of an effective energy management system requires the approach for selecting suitable technologies for demand selection of a proper communication technology. The objective of response applications. A contemporary look at the current state this paper is to compare commonly used wired and wireless of the art in smart grid communications and networking communication technologies for smart grid applications in a premises area network in terms of their standard/protocol, technologies as well as assess their suitability for deployment maximum data rate, coverage range, and adaptation rate. These to serve various smart grid applications are discussed in [7, 8]. -
Power Line Communication (PLC)
Eng. Hussa Allhaib. Int. Journal of Engineering Research and Application www.ijera.com ISSN : 2248-9622, Vol. 7, Issue 6, (Part -4) June 2017, pp.21-23 RESEARCH ARTICLE OPEN ACCESS Power Line Communication (PLC) Eng. Hussa Allhaib ABSTRACT Wide range of PLC technologies are used in multiple applications, varying from simple internet access to complex home automation. This paper represents an overview of installing, evaluating and testing the PLC adapters in a small environment, which consist of three story house and basement using a DevalodLAN power line adapter. In addition, measuring the speed of the PLAs in different floors and in different distances away from the router. I. INTRODUCTION solution starts with minimum of two adapters. Power-line communication (PLC) is a Plugging in The first adapter plugs into a power method used to connect devices either to other outlet then connects it the router. Whereas the second devices or to the internet using existing electrical adapter is plugged in another power outlet near the wires in a building, in which the wires carry both AC internet enabled device you want connected or in a electric power transmission and data simultaneously. spot that the Wi-Fi signals cannot reach. The first It can be a means of expanding an existing network adapter takes the Ethernet protocol used by your into other new places without new wiring, simply by router and converts it into a Powerline protocol that utilizing every power socket as internet port using uses electrical signals to send data through the wiring PLC adapter in addition to the ability of transforming in the house to the second device. -
PLCBUS-3160M Manuel US
PLCBUS-R 3160M Shutter In-Line Module How does PLCBUS work ? Power line Communication Bus (PLCBUS) is a highly reliable, cost effective, 2-way communications technology which enables control products to utilize existing power lines for both residential and commercial applications. The most main feature of PLCBUS Technology is no any Filter and block necessary. • Modules : These components will receive PLCBUS signals and will switch or dim the attached lamp or appliance, and then feedback current status. • Controllers : These components will transmit PLC BUS signals and thus will control the Modules ; 2-way Communications. • Transceivers : Wireless components like remotes (433.92MHz). The signals of these components will be received by a controller wit h transceiver functionally (PLCBUS- T4023UK ). The Transceiver will translate the signals into PLCBUS signals on the power line. Addresses You can select up to 256 addresses by code set electronically. Each address is dividing into a House Code (A – P) and a Unit Code (1 – 16). On control the House code is also selectable. When Modules and Controllers are set to the same House Code, they will work together. The PLCBUS System contains many standardized commands where by modules set to the same House Code will respond simultaneously (e. g. All Lights On, All Units Off). For installer : To different families , PLC US also provide additional 250 User Codes (1 – 250 ). When you install for many houses in the same building, for each family, you should set a different User Code. Thus, 250User Codes x 256 Addresses = 64000 Addresses totally. 250 User Codes x 256 (House/Unit Codes) (1…250) (A…P / 1…16) (For 250 different families) (In each family) Signal Range I. -
C:\Working Papers\11156.Wpd
NBER WORKING PAPER SERIES THE RULES OF STANDARD SETTING ORGANIZATIONS: AN EMPIRICAL ANALYSIS Benjamin Chiao Josh Lerner Jean Tirole Working Paper 11156 http://www.nber.org/papers/w11156 NATIONAL BUREAU OF ECONOMIC RESEARCH 1050 Massachusetts Avenue Cambridge, MA 02138 February 2005 Harvard Business School and the National Science Foundation provided financial support. We thank seminar participants at the Federal Reserve Bank of Chicago/Kellogg “Standards and Public Policy” conference, Melbourne Business School, and the IDEI Conference on the Economics of the Internet and Software Industries for helpful comments, as well as Ken Krechmer, Mark Lemley, and Halla Yang. Research support was provided by Aurora Bryant, Vicky Chang, Seung-ju Paik, Mimi Tam, and Olga Trzebinska. All errors are our own.The views expressed herein are those of the author(s) and do not necessarily reflect the views of the National Bureau of Economic Research. © 2005 by Benjamin Chiao, Josh Lerner, and Jean Tirole. All rights reserved. Short sections of text, not to exceed two paragraphs, may be quoted without explicit permission provided that full credit, including © notice, is given to the source. The Rules of Standard Setting Organizations: An Empirical Analysis Benjamin Chiao, Josh Lerner, and Jean Tirole NBER Working Paper No. 11156 February 2005 JEL No. L2, O3 ABSTRACT This paper empirically explores the procedures employed by standard-setting organizations. Consistent with Lerner-Tirole (2004), we find (a) a negative relationship between the extent to which an SSO is oriented to technology sponsors and the concession level required of sponsors and (b) a positive correlation between the sponsor-friendliness of the selected SSO and the quality of the standard. -
Required Submission Information for Each Award
I. Market Overview The network system protocols market closely follows the trends in home and building automation markets. Home and building controls can effectively be performed through wireless and powerline platforms. In addition, several manufacturers produce systems based on proprietary protocols. Any changes in the home or building automations markets have a direct impact on the market demand for these platforms. The residential segment forms a major portion of the application for these platforms, driven by a growing awareness about the benefits rendered through home automation. In 2005, revenues for the North American home automation market were estimated at $1,268.9 million and the market is expected to witness steady growth in the future. As a result of this, the protocols market is also experiencing healthy growth. Another crucial trend in this industry is the developing shift from proprietary platforms to open ones, which offers interoperability and more flexibility to end- users. The industry is also witnessed an increasing interest in wireless solutions, which in turn has driven the markets for radio frequency (RF) platforms. Although wireless solutions have been able to make some headway in the home automation market, some critics remain unconvinced of their effectiveness in terms of reliability. On the other hand, powerline communication offers more reliability and an extended reach. Hence, there is a need for simple and affordable protocol that can offer the benefits of both RF and powerline platforms. Moreover, the use of this open platform is likely to enable end-users to choose from a range of products, which is not feasible when using native or proprietary platforms. -
Americas Smart Homes Market – by Products, Services & Geography
MarketsandMarkets http://www.marketresearch.com/MarketsandMarkets-v3719/ Publisher Sample Phone: 800.298.5699 (US) or +1.240.747.3093 or +1.240.747.3093 (Int'l) Hours: Monday - Thursday: 5:30am - 6:30pm EST Fridays: 5:30am - 5:30pm EST Email: [email protected] MarketResearch.com AMERICAS SMART HOME MARKET By Products (Security, Access, Lighting, Entertainment, Energy Management, HVAC, and Ballast & Battery Pack), Services (Installation & Repair, Renovation & Customization) & Geography Analysis & Forecasts (2013 – 2020) MarketsandMarkets [email protected] www.marketsandmarkets.com Americas Smart Homes Market – By Products, Services & Geography - Analysis & Forecast (2013 – 2020) MarketsandMarkets is a global market research and consulting company based in the U.S. We publish strategically analyzed market research reports and serve as a business intelligence partner to Fortune 500 companies across the world. MarketsandMarkets also provides multi-client reports, company profiles, databases, and custom research services. MarketsandMarkets covers thirteen industry verticals, including advanced materials, automotive and transportation, banking and financial services, biotechnology, chemicals, consumer goods, energy and power, food and beverages, industrial automation, medical devices, pharmaceuticals, semiconductor and electronics, and telecommunications and IT. Copyright © 2013 MarketsandMarkets All Rights Reserved. This document contains highly confidential information and is the sole property of MarketsandMarkets. No part of it may be circulated, copied, quoted, or otherwise reproduced without the approval of MarketsandMarkets. MarketsandMarkets Sample Pages | 1 Americas Smart Homes Market – By Products, Services & Geography - Analysis & Forecast (2013 – 2020) 1 INTRODUCTION 1.1 KEY TAKE-AWAY • Americas Smart Homes Market by products, services, and geography market statistics with detailed classifications and splits by revenue. • Analysis of the Americas Smart Homes market by products with a special focus on high growth areas. -
Authors:M. Emmendorfer, S. Shupe, D. Cummings, T. Cloonancontributors:Z. Maricevic, M. Schemmann, B. Dawson, V. Mutalik, J.Howe, A
NEXT GENERATION - CABLE ACCESS NETWORK AN EXAMINATION OF THE DRIVERS, NETWORK OPTIONS, AND MIGRATION STRATEGIES FOR THE ALL-IP NEXT GENERATION – CABLE ACCESS NETWORK Authors:M. Emmendorfer, S. Shupe, D. Cummings, T. CloonanContributors:Z. Maricevic, M. Schemmann, B. Dawson, V. Mutalik, J.Howe, A. Al-Banna,and F. O'Keeffe ARRIS ABSTRACT to rise at an alarming rate. Cable Operators like the United Kingdom's Virgin The Cable Industry is facing a Mediaannounced in April 2011 an Internet decade of unprecedented change in the areas speed trial of up to 1.5 Gbps downstream of video and high-speed Internet services. and 150 Mbps upstream [1].The cable This change,driven by competition and competitor Verizonis reportedly exploring consumer demand, will transform the cable plans to upgrade its FiOS system to XG- network end-to-end. This paper will focus PON, the 10 Gbps downstream and 2.5 entirely on what we are calling the Next Gbps upstream technology [2]. New Generation Cable Access entrants in the video distribution space are Network,examining the business drivers, capitalizing on the network investments network options, and migrations strategies in made by the telecom industry, forcing the access layer of the data and HFC changes in their video delivery network as network to provide more IP-based capacity well as the high-speed data network. A key to and from the home. The document covers challenge the cable industry will face in the in-depth the core business drivers and the future will be offering PON-like IP-based technical options spanning animmense area capacity in the downstream and the of network disciplines and technologies, upstream to consumers, while leveraging thus we have included a comprehensive their existing coaxial network.