Selected Projects

1
Selected Projects

• CAD
• Architectural (Floor plan)
• Architectural (3D Model)
• HVAC / Piping Plan (Drafting)
• Electrical Power Plan (Digitizing)
• GIS
• Topographic Map (Zoning Contouring)
• Zoning Map (Digitizing)
• Geological Map (Digitizing)
• Ground Cadastre Map (Digitizing, Grouping
  Merging)
• AM/FM
• Utility Mapping (Electricity)
• Utility Mapping (Gas Water)
• Network Adjustment (Electricity, Gas, Water)
• SURVEY
• Site Plan (Telecom ALTA Survey)
• Survey Work (Digitizing Drafting)
• SOLID MODELING
• 3d Solid Modeling

AABSyS Information Technology Pvt. Ltd.
Plot No. E/54 and E/54 /1, Infocity, Chandaka
Industrial Estate, Patia, Bhubaneswar-751024,
INDIA
Tel. [phone], Fax [phone]
Email info_at_aabsys.com, Web http//www.aabsys.com
2

• Requirement of client
• Preparation of digital floor plans for
  multi-storey buildings as per raster and
  incorporating the modifications indicated.
• Data received from client
• Raster images of floor plans with hand-drawn
  modifications in TIF format specifications of
  the work.
• Job of AABSyS
• The raster images were fit into the proper scale
  of the floor plans and taken as a reference.
• Extra care was taken to exactly overlap the
  drawings of different floors of respective
  multi-storey buildings.
• Floor plans were constructed as per the dimension
  on the raster images and wherever the dimension
  was not provided, it was measured from the raster
  images.
• Room Polygoning, identification and layer
  assignment for respective rooms were implemented.
• Plots of the digital floor plans were matched
  against the plots of the raster image to ensure
  quality.
• Delivery to client in DWG format.

ARCHITECTURAL Floor Plan
Industry Architecture and construction
Source Raster images of the plans
3

• Requirement of client
• Preparation of 3D Models, adding right textures,
  light, camera and creating pictures of
  perspective views from different angles of the
  Bathroom
• Data received from client
• Floor plans, Elevations, different side views in
  2D digital format (AutoCAD DWG).
• Job of AABSyS
• 3D Model was prepared by using 3D Studio Max
  software from the provided 2D floor plan by
  referring the elevations and side views.
• Right textures were added to finished surfaces.
• Objects such as Wash Basin, Toilet, Shower Cabin,
  etc were added
• Perspective views created by fixing the camera
  and light at different positions of the model.
• Pictures of perspective views were sent to
  customer for feedback.
• Customers remarks were received and the model was
  revised.
• Delivery was done in .3DS for model and .JPG
  for pictures

ARCHITECTURAL 3D Model
Industry Architecture
Source Floor plans, Elevation, Side views
4

• Requirement of client
• Conversion of HVAC / Piping plans as per the
  dimensions shown on the scanned image.
• Data received from client
• Scanned images showing HVAC and Piping plans and
  Floor plans
• Job of AABSyS
• Plots of the scanned image were taken for easy
  reference.
• Customized linetypes were created and automated
  program was developed to draft/annotate the
  linetypes as per customers requirement.
• The HVAC / Piping plan was drawn as per the
  dimensions given on scanned image.
• Plots of the drawings were taken and matched
  against the source plans to ensure the quality.
• Newly created HVAC plan was fit on the Floor plan
  provided by the client.
• AABSySs Query Management System was used to
  track the queries/answers.
• The file was delivered to the client in DWG
  format.

HVAC/Piping PLAN Drafting
Industry Facility Management
Source Scanned images Floor plans
5

• Requirement of client
• Digitization of Electric power plan
• Data received from client
• Scanned images
• Job of AABSyS
• The scanned images containing the Electrical
  power plan were scaled to fit the pre-digitized
  floor plan.
• Blocks were created for the electrical symbols to
  maintain the uniformity in all over the drawings.
• Raster to vector conversion was performed using
  AutoCAD software.
• Manual quality check was done by matching the
  plots of vector files against the plots of the
  raster files.
• The file was delivered to the client in DWG
  format.

ELECTRIC POWER PLAN Digitizing
Industry Facility Management
Source Scanned images
6

• Requirement of client
• Digital geographic information of the region
  which allows 3D modeling and analysis of effects
  of earthquakes and other influences on the
  region.
• Data received from client
• Hard copies and scanned color images of
  earthquake-prone zones of Romania.
• Job of AABSyS
• Scanned images of earthquake-prone zones were
  digitized.
• The topological information such as contour
  lines, streets, rivers, lakes and geographic
  information such as vegetation lines, state and
  district boundaries were digitized in specified
  layer.
• The contour lines were drawn as per the elevation
  information provided on the scanned image.
• Digitized maps were rubber-sheeted and merged to
  obtain a single map.
• Plot of vectorized map was matched against the
  source hard copy on a lighted glass table.
• The file was delivered to the client in DGN
  format.

TOPOGRAPHIC MAP Zoning Contouring
Industry Information Management (GIS)
Source Scanned Color images
7

• Requirement of client
• Digitization of specific zones on the raster
  images.
• Data received from client
• Scanned color images
• Job of AABSyS
• Scanned images were taken as a reference and
  digitized using AutoCAD software as per the
  clients specification.
• Polygons were created for different zones.
• Filling work was done as shown on the scanned
  image.
• Quality check was done and data delivered to the
  client in DWG format.

ZONING MAP Digitizing
Industry Information Management (GIS)
Source Scanned Color images
8

• Requirement of client
• Capturing of points with its altitude and depth
  of minerals as attribute data.
• Data received from client
• Scanned maps and map registration information.
• Job of AABSyS
• Scanned images were registered as per the
  supplied geo-coordinates using Mapinfo software.
• Points were captured
• Attributes such as altitude of point, depth of
  different type of material viz. Pb, Cu and Ba at
  the point location were captured
• Thorough quality check was done for attribute
  data correctness
• Delivery was done as Mapinfo Tab files.

Geological MAP Digitizing
Industry Geological Mining
Source Scanned map map registration info
9

• Requirement of client
• Digitization of ground cadastre maps of
  different German cities for efficient town
  planning and administration
• Data received from client
• Scanned images and overview maps of the cities
• Job of AABSyS
• Digitization of maps was performed by heads-up
  digitization.
• Entities such as plots, houses, streets and their
  respective numbers were captured on different
  layers.
• The digitized data was cleaned up to ensure the
  topology correctness and polygons for plots and
  house were made.
• The plot numbers with plots and house numbers
  with houses were grouped.
• Individual digitized maps were georeferenced
  using geodetic coordinates and merged into a
  single map using affine method of transformation
  with reference to overview maps.
• Data delivered to client in DWG format.

GROUND CADASTRE MAP Digitization, Grouping
Merging
Industry Town Planning
Source Scanned images Overview maps
10

• Requirement of client
• Vectorization of electrical cables and devices
  on the pre-vectorized ground cadastre map and
  linking all electrical entities with the MS
  Access database containing their respective
  properties.
• Data received from client
• Scanned images of plans, detail sheets of
  stations transformers and details of house
  connections
• Job of AABSyS
• Plots of scanned images were taken for easy
  reference.
• Electrical network information containing cables,
  substations, transformers, street lights, etc.
  were drawn as per dimensions on the digital
  ground cadastre map using customized tools
  provided in GEBIS software.
• All digitized electrical entities were linked to
  a MS Access database containing their respective
  properties through the GEBIS software.
• The vectorized map in DGN format along with the
  MS Access database were delivered to the client.

UTILITY MAPPING Electricity
Industry Utility Solutions Network Management
Source Scanned images vectorized Ground
cadastre maps
11

• Requirement of client
• Vectorization of Gas and Water pipes on the
  pre-digitized ground cadastre map as per the
  dimension.
• Data received from client
• Scanned images having both Gas Water
  information vectorized ground cadastre map.
• Job of AABSyS
• Plots of Scanned images were taken for easy
  reference.
• Gas and Water lines were digitized in separate
  files as per the dimension with reference to the
  ground cadastre map.
• A tailored routine programme developed in Auto
  LISP was used for automated execution of the
  dimensioning and transformation of entities to
  their specified layers.
• All the utility information were captured from
  the image as per clients specification.
• The relevant objects were grouped.
• The drawing files were merged.
• Finally two merged files of both gas and water
  were delivered to the client after a thorough
  quality check.

UTILITY MAPPING Gas Water
Industry Utility Solutions Network Management
Source Scanned images vectorized Ground
cadastre maps
12

• Requirement of client
• Adjust of network with reference to New/updated
  Land base
• Adjustment Process
• Login through CITRIX to access customer data
• Project area creation
• Identification of shifting nodes on old land base
  and corresponding node on new land base
• Shifting accuracy checking through constraint
  detector
• Adjustment of network
• QA / QC
• Delivery

Network Adjustment Electricity/Gas/Water
in association with
Industry Utility, Town Planning, Revenue and
Taxation
Utility Network System on CITRIX
13

• Requirement of client
• Preparation of Site plans with reference to
  survey points provided by the survey crew of
  client
• Data received from client
• Survey points (field book .fbk), site
  photographs and field sketches.
• Job of AABSyS
• Points/coordinates were imported from Field book
  file to AutoCAD using Softdesk Civil survey
  facility.
• Site information such as houses, streets, curb,
  parking spaces, fences and pavements etc. were
  drawn with reference to the GPS information with
  help of field notes.
• Property information were drawn with reference to
  record plan.
• The site plan was shown in Paper space with title
  information and legal description notes etc.
• The time difference between USA and India allows
  for a fast turn around time for drafting, where
  the survey data of the site is provided to AABSyS
  at the end of the day, and the custormer obtains
  the digital survey maps on the next morning.

SITE PLAN Telecom ALTA Survey
Industry Survey
Source Survey points, field notes, site
photographs, record plans
14

• Requirement of client
• Detail information of optical fibre cable on
  ground cadastre map in DWG format.
• Data received from client
• Scanned images of ground cadastre maps, DWG file
  containing survey points and drilling information
  of the optical fibre cables.
• Job of AABSyS
• The ground cadastre maps were digitized,
  georeferenced and merged into a single map.
• Optical fibre cables were drawn separately as per
  the survey points provided by the client.
• Digital cable maps were merged on the ground
  cadastre map and cleaned as per clients
  specification.
• Frames (in model space) were used to show various
  section of the merged map in paper space.
• Each frame contained information on the
  geo-position and under ground details of the
  cables, type of drills and title information.
• Data was delivered to the client in DWG format.

SURVEY WORK Digitizing Drafting
Industry Survey
Source Scanned images of ground cadastre, survey
points and drilling information of the Optical
fibre cables
15

• Requirement of client
• Preparation solid models of machine parts.
• Data received from client
• 2D plans and the perspective views
• Job of AABSyS
• The models were prepared with reference to the
  dimensions.
• The job was executed using PROE software.
• Data delivered to the customer with a proper
  quality check.

SOLID MODELING 3d Engineering Design and drawing
Industry Heavy Engineering
Source 3d model of images
16

• Requirement of client
• Preparation solid models for the production of
  Gems
• Data received from client
• 2D pictures of the Gems
• Job of AABSyS
• The models were prepared with reference to the
  dimensions.
• The job was executed using 3ds max software.
• Data delivered to the customer with a proper
  quality check.
• Data delivered in IGS format.

SOLID MODELING 3d Product Engineering
Industry Gems Cutting
Source Exported Image from actual model