Project Template Team: Staff Project name: “RFID based User Localization”

Slides:

Advertisements

Similar presentations

Myth of the Dying Mouse: Why There is No Such Thing as Convergence in Consumer Electronics Johnny Chung Lee Google.

Advertisements

2006/12/05ICS Home Automation Examples of WSN: (iPower: An Energy Conservation System for Intelligent Buildings) Yu-Chee Tseng (appeared in ICS 2006)

Messaging Management of a Conference Team: Bombardi M., Casalboni C., Esposito E., Franci S., Santandrea G.

DEVELOPMENT OF A SELF-ADAPTING INTELLIGENT SYSTEM FOR BUILDING ENERGY SAVING AND CONTEXT-AWARE SMART SERVICES REPORTER: 戴邵賢 Author : Jinsung Byun and Sehyun.

RFID Sensors Faculty Advisor: Dimitrios Peroulis.

There is more to context than location Introduction to the Article Advantages of using context awareness as input for adaptation Context includes other.

Mobile and Ubiquitous Computing. Overview Attributes Discussion.

An Architecture for Location- Based Service Mobility Using the SIP Event Model Ron Shacham, Henning Schulzrinne Columbia University Wolfgang Kellerer,

Service Mobility Project Status Report Henning Schulzrinne Ron Shacham Columbia University Collaboration Meeting DoCoMo Eurolabs, Munich July 28, 2005.

Team 9: Maestro Team Members: Gi Jung Park Michael Overstreet Maladau Mou William McHenry.

報告日期 :2012/03/07 指導教授 : 蔡亮宙報告者 : 吳烱華自製率 :100%.

Applications can seamlessly adapt to the users environment using environmental and motion/activity sensors.

USE CASES & ARCHITECTURE 02/07/2012 FI-PPP Architecture Board - Vienna FI PPP program Environment & Utilities in smart cities towards Efficiency & Sustainability.

Anthony D. Wood, John A. Stankovic, Gilles Virone, Leo Selavo, Zhimin He, Qiuhua Cao, Thao Doan, Yafeng Wu, Lei Fang, and Radu Stoleru University of Virginia.

Information Security for Managers (Master MIS)

Republishers in a Publish/Subscribe Architecture for Data Streams Alasdair J G Gray and Werner Nutt School of Mathematical and Computer Sciences, Heriot-Watt.

SMART BUILDING Yousef Awwad Te-Yuan Huang Newlin Rajkumar Group No.11.

Smart Environment The Internet of Things Oana Dragomir, Adam Giemza

Late binding View View Manager View configuration (remote) data update (local) data query SLA management Admin subscribe Data sources Late binding attribute.

Context Modeling and Reasoning Framework for CARA Pervasive Healthcare

DNS and Basic Resources Service Terence Zhang. Outline The Nature of the IOT Our Research in Basic Resources Services The Basic Resources Service for.

Experimenting with Complex Event Processing for Large Scale Internet Services Monitoring Stephan Grell, Olivier Nano Microsoft, Ritter Strasse 23, Aachen,

Moving the RFID Value Chain Value Proposition Cost and Complexity What is it? (passive RFID) Where is it? (active RFID) How is it? (Sensors) Adapt to it.

Source: Yuan Tao, Huawei Technologies WG: MAS Meeting: MAS17.

1 Virtualisation and Validation of Smart City Data Dr Sefki Kolozali Institute for Communication Systems Electronic Engineering Department University of.

Page 1 Alliver™ Page 2 Scenario Users Contents Properties Contexts Tags Users Context Listener Set of contents Service Reasoner GPS Navigator.

Pervasive Health Monitoring Krishna Venkatasubramanian IMPACT LAB Arizona State University.

MyActivity: A Cloud-Hosted Ontology-Based Framework for Human Activity Querying Amin BakhshandehAbkear Supervisor:

SMAP 5 - Kickoff 19 March IBM Smarter Planet Agenda Introductions Background (SMAP) Proposed Component Model General discussion on approach An overview.

SMART ENVIRONMENTAL CONTROL SYSTEM (S.E.C.S) John Ayers Tanner Ricks Jason Stange Jacqueline Ortiz An intelligent HVAC control system that efficiently.

Intelligent Environments1 Conclusions and Future Directions.

An Architecture to Support Context-Aware Applications

Sungkyunkwan University Multimedia Networking Lab.1 An Architectural Design of Mobile Health-Care System using Wireless Sensor Networks Chunsoo Ahn, Jeong-Yong.

Progress report Collaboration meeting 23-SEP-2009

31 March 2009 MMI OntDev 1 Autonomous Mission Operations for Sensor Webs Al Underbrink, Sentar, Inc.

VLDB2005 CMS-ToPSS: Efficient Dissemination of RSS Documents Milenko Petrovic Haifeng Liu Hans-Arno Jacobsen University of Toronto.

OFC218. Query Rules Result Types Display Templates /_api/search/query?query_parameter=value&query_parameter=value.

Application Ontology Manager for Hydra IST Ján Hreňo Martin Sarnovský Peter Kostelník TU Košice.

Smart Campus System a Proposal for a Context-Aware Application Sangkeun Lee Sungchan Park IDS Lab, SNU 1.

RedBeam, Inc. RFID Asset Tracking Made Easy RedBeam, Inc. RFID Asset Tracking Made Easy Solution Overview Screen Shots Sales Tools Welcome to VARTECH 2011!

Developing Complex Services in an IoT Ecosystem Charilaos Akasiadis, Grigorios Tzortzis, Evaggelos Spyrou, and Constantine Spyropoulos Institute of Informatics.

Team 9 - myRoom Software Design Considerations. Team 9 - myRoom Customizable control system Interfaces with household appliances –Light –TV –DVD player.

Device & Device Type Modelling Group Name: WG5 Source: NEC Meeting Date: Agenda Item: WI-0005 MAS Device_&_Device_Type_Modelling.

Auto-Park for Social Robots By Team Daedalus. Requirements for FVE Functional Receive commands from user via smartphone app Share data with other cars.

Semantic Web in Context Broker Architecture Presented by Harry Chen, Tim Finin, Anupan Joshi At PerCom ‘04 Summarized by Sungchan Park

Owner_idnameid nameid owners dogs SELECT o.name, d.name AS dog_name FROM owners o, dogs d WHERE o.id = d.owner_id Database Objects name | dog_name

TWC Adoption* of RDA DTR and PIT in the Deep Carbon Observatory Data Portal Xiaogang Ma, John Erickson, Patrick West, Stephan Zednik, Peter Fox, & the.

AMSA TO 4 Advanced Technology for Sensor Clouds 09 May 2012 Anabas Inc. Indiana University.

1 Interaction in Pervasive Computing Settings using Bluetooth-enabled Active tags and passive RFID Technology tegether with Mobile Phones PerCom 2003 F.

Find Cheap Samsung S7 Wallet Case

Mobile and Social Computing

RFID enabled Solutions

SOIS Dictionary of Terms

Semantic Space: An Infrastructure for Smart Spaces

1st Draft for Defining IoT (1)

RF2ID: A Reliable Middleware Framework for RFID Deployment

Saltriver LBS Solutions

Phone: + 40 (728) | +40 (733)

Acer Technical Support Number

Gi Jung Park Michael Overstreet Maladau Mou William McHenry

ECE 477 Digital Systems Senior Design Project

Using Technology to Manage & increase Efficiencies in Training & Training Establishments By Dr. Deepali Sawai.

Sensor enabled cyber-physical coupling for everyday objects

Huy Nguyen, George Huang

Interface Guidelines & Principles

Mobile and Social Computing

Around the room Orders of operations.

OpenStack Ceilometer Blueprints for Liberty

Monitor Producer Consumer.

Internet Mapping and GIS in the Cloud

Presentation transcript:

Project Template Team: Staff Project name: “RFID based User Localization”

SCENARIO (Lab. Example) Smart-M3 SIB ROOM 1 (A1) 222 ROOM Smart Phone + RFID Reader

SCENARIO (Lab. Example) Smart-M3 SIB ROOM 1 (A1) 222 ROOM Smart Phone + RFID Reader

HW Architecture

SW Architecture SMART M3 SIB KP E2_User Location Detector Consumer Producer Aggregator Update Subscribe Query User Location KP Sensor Data User Location Sensor Data GUI E1_RFID Adapter E3_User Location Monitor

HW/SW Infrastructure Smart-M3 SIB KP GUI E1_RFID Adapter KP GUI E3_User Location Monitor E2_User Location Detector (A1) (A2)

Data flow KP E1_RFID Adapter KP E2_User Location Detector KP E3_User Location Monitor Sensor Data User Location

Reference ontology class tree owl:Thing SensorDataIdentificationData Data PersonEnvironment Identification Type Device Measurand

Instances Environment_1URI ContainsEntity HasValue RFID IdentificationData_2URI 34H HasIdentificationType HasIdentificationData EnvironmentIdentificationData Identification Type Class Instance Property Literal rdf:type CLASS Device_1URI HasValue RFID_ID SensorData_1URI 34H HasSensorData Person_1URI HasDevice HasMeasurand Person Device SensorData Measurand “Luca” HasName “Room1” HasFriendlyName

E1_RFID Adapter Ontology awareness Environment_1URI ContainsEntity HasValue RFID IdentificationData_2URI 34H HasIdentificationType HasIdentificationData EnvironmentIdentificationData Identification Type Device_1URI HasValue RFID_ID SensorData_1URI 34H HasSensorData Person_1URI HasDevice HasMeasurand Person Device SensorData Measurand “Luca” HasName Class Instance Property Literal rdf:type CLASS “Room1” HasFriendlyName

E2_User Location Detector Ontology awareness Environment_1URI ContainsEntity HasValue RFID IdentificationData_2URI 34H HasIdentificationType HasIdentificationData EnvironmentIdentificationData Identification Type Device_1URI HasValue RFID_ID SensorData_1URI 34H HasSensorData Person_1URI HasDevice HasMeasurand Person Device SensorData Measurand “Luca” HasName Class Instance Property Literal rdf:type CLASS “Room1” HasFriendlyName

E3_User Location Monitor Ontology awareness Environment_1URI ContainsEntity HasValue RFID IdentificationData_2URI 34H HasIdentificationType HasIdentificationData EnvironmentIdentificationData Identification Type Device_1URI HasValue RFID_ID SensorData_1URI 34H HasSensorData Person_1URI HasDevice HasMeasurand Person Device SensorData Measurand “Luca” HasName Class Instance Property Literal rdf:type CLASS “Room1” HasFriendlyName