automatic real time monitoring using machine to machine (m2) technology
TRANSCRIPT
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Automatic Real Time Monitoring
Using
Machine to Machine (M2M)
Technology
by
Dr Tan Guan Hong
SysEng (S) Pte Ltd
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Today in all Modern Cities, Public Wire-
less Mobile Networks such as
WiFi/GSM/GPRS and High Speed
Broadband Internet Infrastructures are
widely used for personal and business
applications.
Using these technologies, sensor and
instrumentation readings from any
remote sites can be available to all
users at
Any time, Any place and Any where
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The Machine-to-Machine Technologies
are based upon the following :-
1. Wire-less Wide Area Network of
GSM/GPRS (Not GPS !)
2. Internet (www….com.)
3. Web based software platform
4. Smart Data Loggers with sensors
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Example of a Real Time Monitoring & Alert
for Mission Critical Case
A Doctor tells the nurse “Please monitor the patient and call me if there is any change in his condition” means check the patient regularly and inform thedoctor when the patient gets worse. The
doctor must also contactable anytime,
anywhere and anywhere for responding !
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Process Steps of Monitoring
and Alert systems
Measure
Record
Download/Transfer
Process
Analyze
Inform
Respond
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The Challenge to
maintain
Data Quality
Data Reliability
&
Data Timeliness
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Real Time Monitoring
Using
Machine to Machine (M2M)
Technology
Applied to
Manual Data Collection
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Past Practice
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A) Manual Data Collection Challenges
Field
1. Recording error
2. Poor handwriting
3. Record on paper which can be smeared due to
sweat or rain
4. Loosely organized
5. Discipline to monitor on time or skip monitoring
Office
1. Read incorrectly from paper or Typo error
2. Peak load when the data comes in all together
with the clerk at end of day
3. Engineer re-check data accuracies before
submission to client
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The Solution for
Manual Data Entry
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Manual Instruments such as
Water Stand Pipe, Piezometer,
Tilt, Pressure, etc
Collect Instrument Data on site
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Download to Notebook•Collect field data
•Stores field data
•Reduces time to report generation
Pocket PC stored Data on
site can be also be
downloaded via Wire-less
GPRS
Cable / Wire-less
GPRS communications
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Real Time Monitoring
Using
Machine to Machine (M2M)
Technology
Applied to
Semi-Automatic Data Collection
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Past Practice
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B) Manual Inclinometer Data collection with Real
Time Data Transmission , Analysis and Alert
Field
• Travel back to office to download recorded data
Office
• Download data into PC
• Consultant validate results before submission to
client
• If results appear abnormal, the worker has to go
back the next day to re-measure, losing precious
time in hours and days
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Manual Inclinometer data
collection with Real Time
Data Transmission from site
back to Main Office for
Analysis and Alert
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30 mins
Bore
Hole#1
Timing chart for one walk round site with 10 bore holes
Walk for
20 mins
Inclinometer Timing Chart from taking remote site
readings to the end user in the main office for analysis
Bore
Hole#2
Bore
Hole#3
Walk for
20 mins
Walk for
20 mins
Bore
Hole#n
30 mins 30 mins 30 minsWalk to Site Office to
download and email
A) Walk for
20 mins
Travel back to Main
office to download
and email
B) Drive back
for 120 mins
Case#A: Total Throughput time for Bore Hole#1 data to reach send user is
(30+20) x10+ 20 + 20 mins = 540 mins (9 hrs)
Case#B: Total Throughput time for Bore Hole#1 data to reach send user is
(30+20) x10+ 120 + 20 mins = 640 mins (10.6 hrs)
Practical constraints: Without immediate analysis, if the data seems to be noisy, the
measurement is usually re-do the next day. This loose precious time for the
Geotechnical engineer for analysis
20 mins
20 mins
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The Solution for
Manual Inclinometer
Readings
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+ GPRS Public
Network
Office PC system
Simple steps for Data retrieval from sites
Process Steps
1. Take Inclinometer readings
2. Switch ON GPRS modem
3. Select file to transfer
4. Press Transfer BUTTON
5. Wait for 2 minutes
6. Get SMS acknowledgment that file is received at office
7. PC automatically generates Reports
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30 mins
Bore
Hole#1
Timing chart for one walk round site with 10 bore holes
Walk for
20 mins
Inclinometer Timing Chart from taking remote site readings
to the end user in the main office for analysis
Bore
Hole#2
Bore
Hole#3
Walk for
20 mins
Walk for
20 mins
Bore
Hole#n
30 mins 30 mins 30 mins
GPRS back to Main
Office and
automatically analyze
Case#C: Total Throughput time for Bore Hole#1 data to reach send user is
30+1+1 mins = 32 mins (Minimum of 16.8 times improvements)
Maximum utilization of investments as the Inclinometer and Readout unit is always on
site , rather than idle for travelling back to office and data download. Instead of
carrying the data back to office, the system enjoys the Advanced Wire-less technology
to send it back like a Mobile phone advantage
With immediate analysis, if the data seems to be noisy, the measurement is usually re-
do almost immediately giving Geotechnical engineer instant data for analysis
1 min1 min
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Real Time Monitoring
Using
Machine to Machine (M2M)
Technology
Applied to
Fully Automatic Data Collection
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Past Practice
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C) Automatic Real Time Monitoring & Alert
Systems
Field
• Data recorded on site
Office
• Download data into PC
• Data is only processed into Engineering
information for Alert to be send out
• Consultant validate results before submission to
client
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System installed
is NOT a REAL
Time Monitoring
but rather Real
Time Data
Logging with
once a day email
alert !
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Most Real Time Monitoring System is
Actual Only Real Time Data Logging !
Upload 0000 hrs
SMS Alert
only @
0000 hrs !
next day
Walers buckle More Walers buckle
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The Solution for
Real Time Monitoring &
Alert System
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Real Time Monitoring System
gives SMS Alerts within 10
minutes,hence earlier reaction
time for crisis management
SMS Alert
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SMS Alert
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Case History of Real-time Monitoring
and Alert System
• 810 VW Strain gages (+ 1 Temperature) and 44 VW load cells (with 4 VW sensors per load cell + 1 Temperature) are monitored every 10 minutes.
• Monitoring frequency every 10 minutes with 1840 x 6 x 24
(= 264,960) Readings per day !
• The results were sent to secured web-site every 10 minutes.
• SMS alert to contractor and consultants when measured strut force exceeding 70% of design value
• This Real Time Monitoring & Alert Project was supported and funded by the Singapore Infocomm Development Authority in 2003
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Real Time Monitoring GIS Screen
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VW Load Cell
Case History for Real Time Monitoring System
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VW Strain Gauges
Case History for Real Time Monitoring System
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Challenges of Real Time
& Alert System
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C821 Monitoring data unstable
caused by Electrical Noise
from Power Generator
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Power Generator near
sensitive Data Logger
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Power cables crossing and
inducing noise into sensor
cables (cross coupling effect)
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Alert
Trigger
Level
If the time per monitoring cycle is 60 mins for GSM, then a re-
confirmation will take 120 mins ! For GPRS of 10 mins
monitoring cycle, a re-confirmation is only 20 mins ( x 6 faster)
Level
Is the data really moving
or is it a spike ?
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The Past Authority
Requirements for
Monitoring
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In the earlier contracts, the Real Time & Alert Monitoring
System has a loose definition of terminologies as different
specialists define Real Time Differently
•Some Real Time System is
defined like in the IT world,
as when the Data arrives
into the central server and
when the information goes
out to the users
•It neglects the importance
physical world as when the
sensor readings reach the
users.
•No definition of Real Time
Information Delivery
Duration in which, when
the Triggered sensor
readings from the site
reaches the end users for
decision making
Reports are rarely available to
users within 24 hours as the
terms of reference are not
clearer defined
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The New Authority
Requirements for
Monitoring after Nicoll
Highway
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In the new C824/8255 Monitoring Contract awarded after the
Nicoll Highway incident, the Real Time & Alert Monitoring
Standards required by LTA have raised the Quality level.
•Real Time is 10 minutes
•On-Line Central Server
system
•Web Page System
•Automatically sending
out of data
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IDA featured
SysEng in
their
Website as a
Recognition
of our
contribution
towards
M2M
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In the International Workshop of
ITU, this paper showcased the
Advance Wire-less application
deployments in Singapore.
SysEng M2M Real Time
Monitoring System was
described in this prestigious
workshop
SysEng M2M application in
Construction site Temporary
Strut Force Real Time
Monitoring & Alert System
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Automated Real Time
Tunnel Monitoring System
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In Business Times
23th March 2003,
SysEng was
featured at the
center page by
IDA as a State of
the Art Wire-less
Technology
System Developer
for Automatic
Tunnel Monitoring
System. This is the
innovative method
of deploying Wire-
less and
Inforcomm
Technologies for
Tunnel Monitoring
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• LTA code of practice allows less than 15mm
movements along the segments
• Tunnel distortion allowable is 1/2000
• Continuously monitors the prisms every 8
hours per day for 7 days a week
• Reliable System up time with financial penalty
imposed for delay or loss of data
• Real time measurement and immediate data
transmission of results
• Immediate alerts if the movement exceeds
70% of allowable movement
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Instrument setup
inside the MRT tunnel
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• Fully Automatic system
• Glass prism as reflectors
• Range 20 to 100m
• Accuracy +/- 1.0mm + 1ppm
• Proven system
• High reliable for continuous
use in Tunnels
Automated Surveying Instrument
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Past Practice
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The Solution for
Real Time Monitoring &
Alert System
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Transmission Time Consistency with Data
Communication Error Recovery Algorithm
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Tunnel movements and SMS Alert
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Smarter structural geometric
cross checking algorithms will be
introduced to avoid overloading
and False SMS alerts. The
proposed algorithm will deploy
more 3D numerical checks for the
following: -
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Within the same segment
Movements in the 4 prisms shifting
in space
Vertical Movements in the Crown
and Track for vertical loading
Horizontal Movements in the Left
and Right for horizontal loading
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Cross-segments
Movements in the prisms along the
same axes in the tunnel
Adjacent Prisms
also move
Crown Prisms
Crown Prisms
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Thank You