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$10 USD / jam
Bendera SRI LANKA
colombo, sri lanka
$10 USD / jam
Saat ini 4:17 AM di sini
Bergabung Desember 19, 2021
0 Rekomendasi

Heshani U.

@Reshaped

 5,0 (1 ulasan)
0,8
0,8
100%
100%
$10 USD / jam
Bendera SRI LANKA
colombo, sri lanka
$10 USD / jam
100%
Pekerjaan Selesai
100%
Sesuai Anggaran
100%
Tepat Waktu
N/A
Tingkat Rekrut Ulang

Geospatial Analyst

I am a geospatial analyst and have experiences in the fields of RS, GIS, Surveying, Mapping and Photogrammetry. Further I am an expert on technical writing in English.
Freelancer Copy Typers Sri Lanka
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Portofolio

9671566
Samples maps created for varies projects
GIS mapping
Samples maps created for varies projects
GIS mapping
Samples maps created for varies projects
GIS mapping
Samples maps created for varies projects
GIS mapping
Samples maps created for varies projects
GIS mapping
9671552
Ocean turbidity mapping using satellite images
Turbidity Index
9671539
Through a hydrological analysis such flood prone areas can be detected. In this analysis, SRTM data which is a satellite derived DEM has been used to perform the hydrological analysis. The Topographical Wetness Index(TWI) was derived by using factors; Slope, Flow direction and Flow accumulation. In the produced image of TWI, most of the areas corresponding to the highest values are water logged areas like rivers and tanks while the other higher values depict the flood prone areas.
Flood Prone Area Detection
Through a hydrological analysis such flood prone areas can be detected. In this analysis, SRTM data which is a satellite derived DEM has been used to perform the hydrological analysis. The Topographical Wetness Index(TWI) was derived by using factors; Slope, Flow direction and Flow accumulation. In the produced image of TWI, most of the areas corresponding to the highest values are water logged areas like rivers and tanks while the other higher values depict the flood prone areas.
Flood Prone Area Detection
Through a hydrological analysis such flood prone areas can be detected. In this analysis, SRTM data which is a satellite derived DEM has been used to perform the hydrological analysis. The Topographical Wetness Index(TWI) was derived by using factors; Slope, Flow direction and Flow accumulation. In the produced image of TWI, most of the areas corresponding to the highest values are water logged areas like rivers and tanks while the other higher values depict the flood prone areas.
Flood Prone Area Detection
Through a hydrological analysis such flood prone areas can be detected. In this analysis, SRTM data which is a satellite derived DEM has been used to perform the hydrological analysis. The Topographical Wetness Index(TWI) was derived by using factors; Slope, Flow direction and Flow accumulation. In the produced image of TWI, most of the areas corresponding to the highest values are water logged areas like rivers and tanks while the other higher values depict the flood prone areas.
Flood Prone Area Detection
9671530
NDVI based studies are widely used in remote analyses of vegetation in both quantitative and qualitative approaches. Vegetated area as a percentage of total area of island
NDVI Mapping
NDVI based studies are widely used in remote analyses of vegetation in both quantitative and qualitative approaches. Vegetated area as a percentage of total area of island
NDVI Mapping
NDVI based studies are widely used in remote analyses of vegetation in both quantitative and qualitative approaches. Vegetated area as a percentage of total area of island
NDVI Mapping
9671524
Project carried out to detect coconut trees from drone images
Automated Feature Extraction from Drone Images
9671507
3D Modelling and Mapping
9671566
Samples maps created for varies projects
GIS mapping
Samples maps created for varies projects
GIS mapping
Samples maps created for varies projects
GIS mapping
Samples maps created for varies projects
GIS mapping
Samples maps created for varies projects
GIS mapping
9671552
Ocean turbidity mapping using satellite images
Turbidity Index
9671539
Through a hydrological analysis such flood prone areas can be detected. In this analysis, SRTM data which is a satellite derived DEM has been used to perform the hydrological analysis. The Topographical Wetness Index(TWI) was derived by using factors; Slope, Flow direction and Flow accumulation. In the produced image of TWI, most of the areas corresponding to the highest values are water logged areas like rivers and tanks while the other higher values depict the flood prone areas.
Flood Prone Area Detection
Through a hydrological analysis such flood prone areas can be detected. In this analysis, SRTM data which is a satellite derived DEM has been used to perform the hydrological analysis. The Topographical Wetness Index(TWI) was derived by using factors; Slope, Flow direction and Flow accumulation. In the produced image of TWI, most of the areas corresponding to the highest values are water logged areas like rivers and tanks while the other higher values depict the flood prone areas.
Flood Prone Area Detection
Through a hydrological analysis such flood prone areas can be detected. In this analysis, SRTM data which is a satellite derived DEM has been used to perform the hydrological analysis. The Topographical Wetness Index(TWI) was derived by using factors; Slope, Flow direction and Flow accumulation. In the produced image of TWI, most of the areas corresponding to the highest values are water logged areas like rivers and tanks while the other higher values depict the flood prone areas.
Flood Prone Area Detection
Through a hydrological analysis such flood prone areas can be detected. In this analysis, SRTM data which is a satellite derived DEM has been used to perform the hydrological analysis. The Topographical Wetness Index(TWI) was derived by using factors; Slope, Flow direction and Flow accumulation. In the produced image of TWI, most of the areas corresponding to the highest values are water logged areas like rivers and tanks while the other higher values depict the flood prone areas.
Flood Prone Area Detection
9671530
NDVI based studies are widely used in remote analyses of vegetation in both quantitative and qualitative approaches. Vegetated area as a percentage of total area of island
NDVI Mapping
NDVI based studies are widely used in remote analyses of vegetation in both quantitative and qualitative approaches. Vegetated area as a percentage of total area of island
NDVI Mapping
NDVI based studies are widely used in remote analyses of vegetation in both quantitative and qualitative approaches. Vegetated area as a percentage of total area of island
NDVI Mapping
9671524
Project carried out to detect coconut trees from drone images
Automated Feature Extraction from Drone Images
9671507
3D Modelling and Mapping

Ulasan

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5,0
$25,00 USD
Transcribe Interview Audio to Text (Including one Sinhalese recording)
She delivered everything really fast and accurately. Would like to work with her again.
Audio Services
Transcription
Copy Typing
English (UK) Translator
Sinhalese Translator
Avatar Pengguna
Bendera Niwantha W.
@ngavin
•
2 tahun yang lalu

Edukasi

B.Sc. in Surveying Sciences specialised in Surveying and Geodesy

Sabaragamuwa University of Sri Lanka, Sri Lanka 2013 - 2017
(4 tahun)

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Keahlian Teratas

Copy Typing 1
Sinhalese Translator 1
Data Entry
Excel
CAD/CAM

Telusuri Freelancer Serupa

Copy Typers in Sri Lanka
Copy Typers
Sinhalese Translators
Data Entry Clerks

Telusuri Etalase Serupa

Copy Typing
Sinhalese Translator
Data Entry
Excel
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