Natural Hazard Mitigation

Slides:

Advertisements

Similar presentations

anywhere and everywhere. omnipresent A sensor network is an infrastructure comprised of sensing (measuring), computing, and communication elements.

Advertisements

Multirate adaptive awake-sleep cycle in hierarchical heterogeneous sensor network BY HELAL CHOWDHURY presented by : Helal Chowdhury Telecommunication laboratory,

Decentralized Reactive Clustering in Sensor Networks Yingyue Xu April 26, 2015.

Adaptive Ground Antenna Arrays for Low Earth Orbiting Satellites.

Remote Control and Monitoring of ESRA Environment Using Sensors Departments of Electrical Engineering & School of Architecture Dr. Nader ChalfounDr. Salim.

Focus on Strategic R&D Budhendra Bhaduri, Raju Vatsavai Geographic Information Science and Technology (GIST), Computational Sciences and Engineering Division.

Emergency Response Breakout Group Prof. Steven Glaser Participants:

Department of Computer Science Wireless Sensor Networks and Its Real Time Applications In Different Fields Presented By: CHAKRAPANI GANGERA on April 26.

Keep It Physical, Keep It Real Steven Glaser Center for Information Technology Research in the Interest of Society UC Berkeley College of Engineering

Generic Sensor Platform for Networked Sensors Haywood Ho.

Atomistic Protein Folding Simulations on the Submillisecond Timescale Using Worldwide Distributed Computing Qing Lu CMSC 838 Presentation.

Generic Sensor Platform for Networked Sensors Haywood Ho.

Control over Networks. The Coming Revolution  Electronics advances Moore’s law Computing/memory  Metrology advances MEMS  Communication advances Layered.

Autonomic Wireless Sensor Networks: Intelligent Ubiquitous Sensing G.M.P. O’Hare, M.J. O’Grady, A. Ruzzelli, R. Tynan Adaptive Information Cluster (AIC)

Topics in Internet Research

Monitoring Structural Response to Earthquakes using Wireless Sensor Networks Judith Mitrani June 18, 2002.

Founding Corporate Members Meeting June 11, 2002 Quo Vadis CITRIS? by Ruzena Bajcsy.

Distributed Structural Health Monitoring A Cyber-Physical System Approach Chenyang Lu Department of Computer Science and Engineering.

Undergraduate Poster Presentation Match 31, 2015 Department of CSE, BUET, Dhaka, Bangladesh Wireless Sensor Network Integretion With Cloud Computing H.M.A.

Introduction To Wireless Sensor Networks Wireless Sensor Networks A wireless sensor network (WSN) is a wireless network consisting of spatially distributed.

1 Energy Efficient Communication in Wireless Sensor Networks Yingyue Xu 8/14/2015.

David Rogers, Stu Andrzejewski, Kelly Desmond, Brad Garrod.

Technology Overview. Confidential & Proprietary Information System Unit Server Two-way Satellite network System includes units and server Units have built.

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

Ch. 1. The Third ICT Wave The Third ICT Wave.

PRESENTED BY: SAURAV SINGH.  INTRODUCTION  WINS SYSTEM ARCHITECTURE  WINS NODE ARCHITECTURE  WINS MICRO SENSORS  DISTRIBUTED SENSOR AT BORDER  WINS.

DATA PRESERVATION IN INTERMITTENTLY CONNECTTED SENSOR NETWORK WITH DATA PRIORITY Bin Tang Department of Computer Science California State University Dominguez.

Rapid Development and Flexible Deployment of Adaptive Wireless Sensor Network Applications Chien-Liang Fok, Gruia-Catalin Roman, Chenyang Lu

Bruxelles, December 8, 2010  According to an agreement signed on December 2005 between the Economy and Financial Ministry, the Research and University.

College of Engineering Grid-based Coordinated Routing in Wireless Sensor Networks Uttara Sawant Major Advisor : Dr. Robert Akl Department of Computer Science.

Geosciences - Observations (Bob Wilhelmson) The geosciences in NSF’s world consists of atmospheric science, ocean science, and earth science Many of the.

SMUCSE 8394 BTS – Communication Technologies. SMUCSE 8394 Objectives To establish and maintain a unifying exchange and sharing framework for different.

MAPLD 2005/254C. Papachristou 1 Reconfigurable and Evolvable Hardware Fabric Chris Papachristou, Frank Wolff Robert Ewing Electrical Engineering & Computer.

Wireless Sensor Networks Nov 1, 2006 Jeon Bokgyun

Overview A wireless sensor network (WSN) is a wireless network consisting of spatially distributed autonomous devices using sensors to cooperatively monitor.

Modeling In-Network Processing and Aggregation in Sensor Networks Ajay Mahimkar The University of Texas at Austin March 24, 2004.

1 Earth Science Technology Office The Earth Science (ES) Vision: An intelligent Web of Sensors IGARSS 2002 Paper 02_06_08:20 Eduardo Torres-Martinez –

Ben Miller.  A distributed algorithm is a type of parallel algorithm  They are designed to run on multiple interconnected processors  Separate parts.

Overview of Wireless Networks: Cellular Mobile Ad hoc Sensor.

WIRELESS INTEGRATED NETWORK SENSORS

Wireless Ad Hoc Networks

Mote Clusters Thanos Stathopoulos CENS Systems Lab Joint work with Ben Greenstein, Lewis Girod, Mohammad Rahimi, Tom Schoellhammer, Ning Xu, Richard Guy.

Thermal Detecting Wireless Sensor Network Presenters: Joseph Roberson, Gautam Ankala, and Jessica Curry Faculty Advisor: Dr. Linda Milor ECE 4007: Final.

BORDER SECURITY USING WIRELESS INTEGRATED NETWORK SENSORS (WINS) By B.S.Indrani (07841A0406) Aurora’s Technological and Research Institute.

Efficient Opportunistic Sensing using Mobile Collaborative Platform MOSDEN.

Software Architecture of Sensors. Hardware - Sensor Nodes Sensing: sensor --a transducer that converts a physical, chemical, or biological parameter into.

Lecture 8: Wireless Sensor Networks By: Dr. Najla Al-Nabhan.

Medium Access Control. MAC layer covers three functional areas: reliable data delivery access control security.

In the name of God.

Connected Infrastructure

Overview: Cloud Datacenters

Border security using Wireless Integrated Network Sensors(WINS)

Smart Building Solution

Overview of Wireless Networks:

CCNA Discovery Curriculum Review

UNIT II –Part 2.

Distributed Algorithms for Mobile Sensor Networks

Smart Building Solution

Wireless Sensor Network Architectures

Connected Infrastructure

TRUST:Team for Research in Ubiquitous Secure Technologies

Bluetooth Based Smart Sensor Network

CS294-1 Reading Aug 28, 2003 Jaein Jeong

Computational Elements of Robust Civil Infrastructure

Survivable Real-Time Network Services (G409/J175)

Offense by Ionut Trestian

Distributed Data Management Architecture for Embedded Computing

Wireless Ad Hoc Networks

Sensor Networks – Motes, Smart Spaces, and Beyond

Overview: Chapter 4 Infrastructure Establishment

Presentation transcript:

Natural Hazard Mitigation " Structure - anything built by people, from a dam built of earth or a pyramid of stone to a power station or an earth satellite." (Scott, 1993) Applications Science Steven Glaser glaser@ce.berkeley.edu

Consider the following scenario: Tiny self-contained sensor Motes are installed near critical structural points in a key building. Onboard intelligence discerns normal structural deterioration and meaningful damage. Sensors report the location and kinematics of damage during/after an extreme event, allowing rapid, accurate structural health determination. Public safety is assured as unseen structural damage is identified without costly and dangerous deconstruction. LASER link Radio link

- a "MOTE" Imagine an Sensing Platform intelligent self-networking asynchronous wireless adaptive dynamically reprogramable cheap small Sensing Platform - a "MOTE"

Imagine a dense array of Motes clustered around key structural elements. damage occurs locally, effects globally Suppose that during the normal life of the building the seismic response to ambient excitation is monitored by these 1000's of Motes too much data to send back to traditional server we want information, not data

Imagine that the self-assembled networks examine structural response amongst their topologies, identifying an optimum system characterization of the local structural state. computation is much more energy efficient than data transmission send back a few poles rather than terabytes of raw data institute algorithms that allow the computational burden to be shared amongst local processors

Imagine the multiple Mote networks as part of a global adaptive feedback system. sensor net GW 802-11 control net 20-ton chiller PC scada term UCB power monitor net telegraph MYSQL Browser a detailed constitutive model of the structure is initialized with the installation of the sensor webs the model is continuously updated by the constant feedback of local state the model instructs the Mote assemblage to re-configure in order to vary characterization granularity (self-scaling)

Imagine this same organic system applied to an infinite family of applications

In place today: Adaptive Real-Time Geoscience and Environmental Data Analysis, Modeling and Visualization Nicholas Sitar (Civil and Environmental Engineering) George Brimhall (Earth and Planetary Science) Steven Glaser (Civil and Environmental Engineering) John Radke (Landscape Architecture and Environmental Planning/City and Regional Planning) Raja Sengupta (Civil and Environmental Engineering) $1.5 million from NSF ITR/IM GIS - real time updating from multiple information streams Adaptive digital field data acquisition/mapping GPS Mote - field networks capable of real time distributed data evaluation and transmission Visualization and adaptive modeling of observed phenomena Sychip 12 channel GPS ARM thumb MCU 1 Mb memory