Details
of faculty and lectures during the course
|
Faculty
|
Organisation |
|
|
Dr.
David C Mason |
The
University of Reading, UK |
DCM |
|
Mr.
Arttu Soininen |
Terrasolid
Ltd., Finland |
AS |
|
Mr.
K. Kalyanraman |
NRSA,
Hyderabad |
KK |
|
Dr.
Onkar Dikshit |
IIT
Kanpur |
OD |
|
Mr.
Subhro Basu |
Bentley
Systems India Pvt. Ltd. |
SB |
|
Dr.
Bharat Lohani |
IIT
Kanpur |
BL |
|
DAY
1: MONDAY :: 17 October 2005 |
|||
|
9:00
AM – 09:30 AM |
Registration |
|
PBCEC |
|
09:30
AM – 10:30 AM |
Inaugural Function |
|
PBCEC |
|
10:30AM
– 11:00 AM |
Inaugural Tea |
|
PBCEC |
|
11:00
AM – 12:00 PM |
Basic Introduction to
LiDAR technology |
BL |
PBCEC |
|
12:00
PM – 1:00 PM |
Keynote address:
Airborne mapping in India with special emphasis on LiDAR mapping |
KK |
PBCEC |
|
1:00
PM – 2:30 PM |
Lunch |
|
VH Dining |
|
2:30
PM – 3:30 PM |
LiDAR: Comparison with
other technologies and advantages and disadvantages |
BL |
PBCEC |
|
3:30
PM – 4:30 PM |
Basic interaction of
light/laser with earth
surface features |
OD |
PBCEC |
|
4:30
PM – 5:00 PM |
Evening Tea |
|
PBCEC |
|
5:00PM
– 6:00 PM |
Applications of LiDAR:
An overview |
BL |
PBCEC |
|
6:00
PM – 7:00 PM |
Applications: Use of
LiDAR data in flood modelling |
DCM |
PBCEC |
|
DAY
2: TUESDAY :: 18 October 2005 |
|||
|
9:00
AM – 10:00 AM |
Basic
concepts of LiDAR |
BL |
PBCEC |
|
10:00
AM – 11:00 AM |
Basic
concepts of LiDAR |
BL |
PBCEC |
|
11:00AM
– 11:30 AM |
Morning
Tea |
|
PBCEC |
|
11:30
AM – 1:00 PM |
Geodesy
and datum transformation as applicable to LiDAR data |
OD |
PBCEC |
|
1:00
PM – 2:30 PM |
Lunch |
|
VH
Dining |
|
2:30
PM – 3:30 PM |
Introduction
to Microstation for data processing |
SB |
PBCEC |
|
3:30
PM – 4:30 PM |
Georeferencing
of laser footprint |
BL |
PBCEC |
|
4:30
PM – 5:00 PM |
Evening
Tea |
|
PBCEC |
|
5:00PM
– 6:00 PM |
LiDAR
Errors: sources and types |
BL |
PBCEC |
|
6:00
PM – 7:00 PM |
LiDAR
Errors: identification and minimization |
BL |
PBCEC |
|
DAY
3: WEDNESDAY :: 19 October 2005 |
|||
|
9:00
AM – 10:00 AM |
Terrasolid-Laboratory
exercise* |
AS |
CC |
|
10:00
AM – 11:00 AM |
Terrasolid-Laboratory
exercise* |
AS |
CC |
|
11:00AM
– 11:30 AM |
Morning
Tea |
|
CC |
|
11:30
AM – 1:00 PM |
Terrasolid-Laboratory
exercise* |
AS |
CC |
|
1:00
PM – 2:30 PM |
Lunch |
|
VH
Dining |
|
2:30
PM – 3:30 PM |
Algorithms
for information extraction-BEM |
BL |
PBCEC |
|
3:30
PM – 4:30 PM |
Data
processing theoretical concepts |
AS |
PBCEC |
|
4:30
PM – 5:00 PM |
Evening
Tea |
|
PBCEC |
|
5:00PM
– 6:00 PM |
Applications-Channels
and bird population |
DCM |
PBCEC |
|
6:00
PM – 7:00 PM |
Discussion
hour |
All |
PBCEC |
|
8:00
PM onwards |
Course
Dinner |
All |
PBCEC
Lawns |
|
DAY
4:
THURSDAY :: 20 October 2005 |
|||
|
9:00
AM – 10:00 AM |
Algorithms
for information extraction: BEM/Buildings |
BL |
PBCEC |
|
10:00
AM – 11:00 AM |
Algorithms
for information extraction: Buildings |
BL |
PBCEC |
|
11:00AM
– 11:30 AM |
Morning
Tea |
|
PBCEC |
|
11:30
AM – 1:00 PM |
Gene
flow determination using remote sensing |
DCM |
PBCEC |
|
1:00
PM – 2:30 PM |
Lunch |
|
VH
Dining |
|
2:30
PM – 3:30 PM |
Terrasolid-Laboratory
exercise* |
AS |
CC |
|
3:30
PM – 4:30 PM |
Terrasolid-Laboratory
exercise* |
AS |
CC |
|
4:30
PM – 5:00 PM |
Evening
Tea |
|
CC |
|
5:00PM
– 6:00 PM |
Terrasolid-Laboratory
exercise* |
AS |
CC |
|
6:00
PM – 7:00 PM |
Valedictory |
BL |
PBCEC |
|
*The
basic training to be covered in Terrasolid-Laboratory exercises include: |
|
|
·
Define classes into which points may be classified. ·
Setting up a project in TerraScan. ·
Importing raw points into TerraScan project and applying a
transformation ·
Adjusting elevation values from ellipsoidal to geoid based model ·
Practice with different viewing modes: color by class, intensity, ·
Practice with different viewing tools: Draw Section, Move Section, Cut ·
Checking visually that flight lines match each other. ·
Importing trajectory information. ·
Cutting overlap between different flight passes. ·
Classifying low points, ground and other objects based on height from |
·
Interactive classification tools. ·
Defining macros and classifying points in multiple project blocks in ·
Visualizing results of ground classification as a shaded surface. ·
Final, manual editing of ground classification. ·
Outputting a report on how well laser ground surface matches control ·
Smoothing ground surface. ·
Classifying model keypoints. ·
Creating surface models from laser data for different purposes. ·
Draping linear elements onto laser ground surface. ·
Creating contours from triangulated surfaces. ·
Creating profile drawings from triangulated surfaces. |