도서 소개

GIS 공간정보를 유용하게 활용할 수 있는 4차산업의 중심, 드론맵핑의 모든 것을 담았다. 바쁜 시간을 최대한 활용할 수 있도록 하였으며, 복잡한 Drone Mapping을 이해하기 쉽게 집필했다. 실무에서 직접 취득한 데이터들을 통한 예제를 실습함으로써 처음에는 잘 이해되지 않는 부분을 몇 번의 반복으로 마스터할 수 있도록 구성하였다.

  출판사 리뷰

본 도서는 여러 가지의 프로그램과 측량학 및 GIS 등의 복잡한 과정을 거쳐 얻어지는 결과물인 드론 맵핑에 대해 학습이 어렵고 복잡하게 느껴질 독자들을 위해 탄생했다. 바쁜 일상과 어떻게 시작해야 하는지 몰라 더욱 더 배움의 길이 한없이 길게 느껴질 분들을 위해 첫술에 배부른 것은 불가능할지언정 바쁜 시간을 최대한 활용할 수 있도록 하였으며, 복잡한 Drone Mapping을 이해하기 쉽게 집필한 도서이다. 실무에서 직접 취득한 데이터들을 통한 예제를 실습함으로써 처음에는 잘 이해되지 않는 부분을 몇 번의 반복으로 마스터할 수 있도록 구성하였다.

책의 특징

GIS 공간정보를 유용하게 활용할 수 있는 4차산업의 중심, 드론맵핑의 모든 것!!
- 정사지도 만들기와 따라하기를 통한 드론맵핑의 기초지식 습득
- Google Earth Pro, eMotion 3, Litchi & DJI GS Pro, Pix4Dmapper, QGIS, AutoCAD Civil 3D 프로그램들을 통한 드론맵핑 실습
- 사례를 통한 공간정보 시각화 및 분석과 정보가공기술 습득

  작가 소개

지은이 : 임종태

  목차

Part 01드론맵핑
Chapter 01UAV Mapping의 정의
1 UAV란····································12
2 Mapping이란· ·····························15

Chapter 02프로그램 설치 및 살펴보기
1 Google 어스·······························18
1) 설치하기· ·······························22
2) 살펴보기································24
2 Pix4Dmapper·····························27
1) 설치하기· ·······························27
2) 살펴보기································31
3 AutoCad Civil 3D··························32
1) 설치하기· ·······························33
2) 살펴보기································34
4 QGIS· ·····································37
1) 설치하기· ·······························38
2) 살펴보기································38

Chapter 03꼭 알아야 할 측량학 및 GIS
1 측지측량···································48
1) 측지측량개요····························48
2) 대지측량과 소지측량· ···················49
3) 대상공간에 의한 분류···················50
4) 지구의 형상·····························54
5) 좌표계··································58
2 사진측량 및 GIS···························66
1) 사진측량 개요· ··························66
2) 사진의 특성·····························70
3) 사진측량에 의한 지형도 제작· ···········74
4) GIS·····································87
3 GPS·······································93
1) GPS 개요· ······························93
2) GPS 오차와 보정······················ 102
3) GPS 측량방식························ 105

Part 02항공법규
Chapter 01초경량비행장치의 개념
1 항공기ㆍ경량항공기ㆍ
초경량비행장치의 분류기준··············· 112
2 초경량비행장치· ························· 113

Chapter 02무인비행장치 항공법규
1 적용법규 셀프진단· ······················ 116
2 초경량비행장치사용사업자 등록·········· 117
3 장치신고 및 변경························· 121

Chapter 03비행 공역과 비행 허가
1 공역의 종류······························ 128
2 비행허가································· 132

Chapter 04초경량비행장치에 대한 Q&A
············································· 134

Part 03실습
Chapter 01촬영계획 및 이미지 취득
1 Google Earth Pro························ 144
2 eMotion 3· ······························ 147
3 Litchi & DJI GS Pro······················ 159

Chapter 02정사지도 만들기
1 Pix4Dmapper··························· 165

Chapter 03GIS 분석
1 QGIS· ··································· 188
2 AutoCAD Civil 3D· ······················ 195

Part 04 사례를 통한 공간정보
시각화 분석

Chapter 01부 동산 정보 및 상권분석
공간정보 시각화
1 Huff Model· ····························· 208
2 기초자료 수집···························· 209
3 자료 재가공······························ 210
4 분석· ···································· 211

Chapter 02지상점(GCP) 및 간단한 측량
1 NTRIP이란?····························· 212
2 Emlid Reach+··························· 214

Chapter 03소나무재선충병 감염목 예찰
1 예찰구역 설정···························· 217
2 비행계획 및 촬영허가ㆍ비행신고·········· 217
3 현장 확인· ······························· 218
4 비행 및 이미지취득······················ 219
5 영상분석································· 219
6 좌표취득································· 219
7 주제도 작성······························ 219

Chapter 04 선거 및 인구통계 공간정보
시각화· ··················· 220

Part 05예제 파일 살펴보기
1 Park_1 폴더 구성· ······················· 224
2 Road_2 폴더 구성· ······················ 226
3 에러 조치사항···························· 22

  회원리뷰