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ENGINEERING OF DISASTER MITIGATION AND HEALTH MONITORING FOR SAFE AND SMART BUILT ENVIRONMENT

NETWORK PROJECT Under CSIR-12TH FIVE YEAR PLAN

Task – 5.2:
Development of Wireless Sensors, Interrogator System and technique for wireless link for Buildings

Task Leader:-  R. Bhatnagar

Objective:
  1. Development of interfaces for wireless transmission of the data from sensors and arrays based on MEMS with sensor interface, required computation and actuation with wireless transceiver.
  2. Data Mining using advanced computational techniques
  3. Development of instrumentation, interfaces and techniques for Data communication, wireless link, VSAT link and Data Compression techniques
  4. Development of methodology for damage estimation and structural health assessment
  5. Data collection, analysis, interpretation of data and Algorithm development for damage detection, location and an early warning for taking appropriate measures
Scope of Work:
  1. Feasibility study for the Instrumentation requirement for building health monitoring in association with other participating Labs
  2. Realization of required conventional electrical/ electronic sensors and FBG sensors/ arrays and associated signal processing instrumentation for health monitoring of buildings, with special reference to parameters like acceleration, displacement, tilt/inclination, strain, crack growth, temperature, humidity and corrosion.
  3. Development of wireless interface for identified sensors
  4. Development of suitable techniques for monitoring of different parameters including signal processing, algorithm design & feature extraction
  5. Field implementation and testing of complete system for monitoring the anomalies of buildings
Related posts
Task-5.1: Development of Fiber Bragg Grating (FBG) Sensors and Interrogator System for Buildings
September 23, 2015
Mass Housing
  • Home
  • Salient Features & Deliverables
  • Work Packages
    • WP1 : Engineering of Landslide Disaster Mitigation (ELDM)
    • WP2 : Engineering of Earthquake Disaster Mitigation (EEDM)
    • WP3 : Engineering of Fire Disaster Mitigation (EFDM)
    • WP4: Post Disaster Shelter Planning (PDSP)
    • WP5: Health Monitoring of Buildings using Wireless Sensor Network
    • WP6: Intelligent Building System for Model Residential Unit
  • Tasks
    • Task-1.1 : Landslide Hazard and Risk Assessment of Chamoli-Joshimath region, Garhwal Himalaya
    • Task-1.2 :Early Warning Instrumentation & Decision package for a landslide in Chamoli-Joshimath region of Garhwal Himalaya
    • Task-1.3 : GPS based Integrated Landslide Modelling for hazard assessment
    • Task-1.4 : Landslide Monitoring using InSAR
    • Task-1.5 : Development of Optical fibre based Multiplex Sensor Network System for Landslide Monitoring and Implementation in Northeast region of India
    • Task-1.6 : Comprehensive geo- investigation and control measures for a landslide in Chamoli-Joshimath region of Garhwal Himalaya
    • Task-1.7 : Landslide hazard information system and design of innovative measures for landslide control
    • Task-1.8 : Bio-engineering – A phytoremediation option for the mitigation of landslide and slope stability problems in the hilly regions
    • Task-2.1 : Seismic Microzonation of Srinagar, Uttarakhand
    • Task-2.2: Seismic behaviour of piles under dynamic lateral loading
    • Task-2.3: Seismic resistance of confined masonry constructions under different axial stress
    • Task-3.1: Development of Low Ozone Depletion Potential (0.01-0.5) innovative fire suppression system
    • Task-3.2: Fire performance evaluation of structural elements and rehabilitation measures
    • Task-3.3: Development of fire-resistant coating on structural elements
    • Task-4.1: Design and development of disaster resistant intermediate shelters for Western Himalayan region
    • Task-4.2: Post Disaster Management – Design and Development of Transitory Houses for Disaster Vulnerable Rural Sectors in the North Eastern Region
    • Task-5.1: Development of Fiber Bragg Grating (FBG) Sensors and Interrogator System for Buildings
    • Task-5.2:Development of Wireless Sensors, Interrogator System and technique for wireless link for Buildings
    • Task-5.3:Design & Development of ARM and FPGA Processor and Sensor Placement Optimization
    • Task-5.4:Development of statistical / artificial intelligence (AI) models to quantify the damage state of buildings
    • Task-5.5:Collection & Validation of data using developed sensor, Numerical modeling, Model updation and field implementation for building system
    • Task-6.1:Architectural Planning and Design of a residential unit for integrating Intelligent Building Features
    • Task-6.2:Intelligent HVAC and Lighting controls in response to Ambient Environment
    • Task-6.3:Glass Facade Cleaning Robotic System
    • Task-6.4:Development of instrumentation Interface system for Building Management
    • Task-6.5:Remote control of home appliances using Mobile or Web connectivity
    • Task-6.6:Design and development of a communication, safety & security system
    • Task-6.7:Design & Implementation of Robot for automatic floor cleaner using wireless technologies
    • Task-6.8:Communication Network architecture for intelligent buildings
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