Higher SurveyingThis Book Presents A Systematic And Contemporary Treatment Of The Theory And Applications Involved In Higher Surveying. It Also Highlights Some Of The Modern Developments In Geomatics.After Explaining The Basic Survey Operations, Triangulation And Trilateration, The Book Describes The Various Adjustment Methods Applied To Survey Measurement In Detail, Which Is Followed By Topographic, Hydrographic, Construction, And Route Surveying. As Engineers And Surveyors Need Knowledge Of Determining Absolute Coordinates Of Points And Directions Of Lines On The Earth'S Surface, A Detailed Discussion On Field Astronomy Is Presented In This Book. A Chapter On Map Projection Is Also Included In The Book.Recent Advances In Land Surveying Are Then Highlighted Including Photogrammetry And Photographic Interpretation. Remote-Sensing Technique Utilizing Data Acquired Through Satellites Is Also Explained.Recent Instrumentation Techniques And Methodologies Being Used In Geomatics Are Emphasized. These Cover A Range Of Modern Instruments Including Edm, Total Station, Laser-Based Instruments, Electronic Field Book, Gps, Automated Photogrammetric Systems, And Geographic Information System.A Large Number Of Worked-Out Examples, Illustrations, And Photographs Are Included For An Easy Grasp Of The Concepts.The Book Would Serve As An Excellent Text For Civil Engineering Students. Amie Candidates, And Surveyours. Practicing Engineers Would Also Find It Extremely Useful In Their Profession. |
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Contents
Triangulation and Trilateration 163 | 1 |
Adjustment of Survey Measurements 64 130 | 64 |
Topographic Surveying 131139 | 131 |
Hydrographic Surveying 140169 | 140 |
Construction Surveying 170191 | 170 |
Route Surveying 192197 | 192 |
Map Projections 325342 | 325 |
Photogrammetry and Photographic Interpretation 343386 | 343 |
Stereoscope | 372 |
Remote Sensing 387397 | 387 |
Modern Systems in Surveying and Mapping 398403 | 398 |
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Common terms and phrases
accurate adjustment aerial altitude apparent applied axis azimuth base body calculated called celestial central centre chronometer circle computed coordinates correction declination depends determined difference direction discussed distance earth east elevation equal equations error established Example face field figure Find given Greenwich ground horizontal hour angle intersection interval known latitude least length longitude lower mark mean measured meridian method normal objects observations obtained parallax parallel photograph plane points pole position principal probable values projection quantities reading recorded reference respectively route scale seconds selected shown in Fig side sidereal sight signal solar Solution sounding sphere squares standard star station surface survey taken taking theodolite transit triangle triangulation stations types vertical weight zenith