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Traverse is a method in the field of surveying to establish control networks. It is also used in geodesy. Traverse networks involve placing survey stations along a line or path of travel, and then using the previously surveyed points as a base for observing the next point. Traverse networks have many advantages, including: The traverse is more accurate than (a combined function of the triangulation and trilateration practice).

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  • مسح اجتيازي (ar)
  • Polygonzug (Geodäsie) (de)
  • 트래버스 측량 (ko)
  • Poligonal topográfica (pt)
  • Traverse (surveying) (en)
  • 导线测量 (zh)
  • Геодезичний хід (uk)
rdfs:comment
  • المسح الاجتيازي أو الترافيرس هو أسلوب في مجال المسح لإنشاء شبكات المراقبة. كما انها تستخدم في الجيوديسيا. شبكات اجتياز تنطوي تضع محطات المسح على طول خط أو مسار الرحلة، وبعد ذلك باستخدام النقاط التي شملتها الدراسة سابقا كقاعدة للمراقبة النقطة التالية. شبكات اجتياز لها العديد من المزايا. المسح الاجتيازي هو أكثر دقة من triangulateration (وظيفة الجمع بين ممارسة التثليث والتثليث المساحي). (ar)
  • Ein Polygonzug ist die Spur eines Weges, der sich aus endlich vielen Geradenstücken zusammensetzt. In der Geodäsie und im Bauwesen sind Polygonzüge die wichtigsten Messlinien für terrestrische Detailvermessungen. Dort dienen Polygonzüge vor allem der Koordinatenbestimmung mehrerer Neupunkte in einem Arbeitsgang. Das Messen von Polygonzügen wird als Polygonierung bezeichnet. (de)
  • 트래버스 측량(traverse surveying) 또는 다각측량은 측지망을 확립하기 위한 측량 방법의 하나이다. 즉, 거리와 방향각을 측정하여 평면 위치를 결정하는 측량 방법의 하나이다. 측량은 작업 순서에 따라 기준점을 정하는 골조측량과 세부측량으로 나누는데, 트래버스 측량은 중규모 이하의 골조측량에 해당한다. 삼각측량, 삼변측량에 의해 정해진 기준점의 보조 기준점 결정에 쓰이기도 한다. 노선, 하천, 제방같이 긴 형태의 지형 측량에 유리하다. 폐합 트래버스를 통해 면적을 계산할 수도 있다. 트래버스 측량은 각과 거리를 정확하게 측정해야 오차가 작은 정확한 값을 얻을 수 있다. (ko)
  • (рос.геодезический ход, англ. geodesic traverses, нім. geodätischer Gang m) — геодезична побудова у вигляді ламаної лінії. (uk)
  • A poligonal (topográfica) é uma figura geométrica de apoio à coordenação e levantamento topográfico, que tem como objetivo o transporte de coordenadas de pontos conhecidos com grande rigor (pontos de apoio), determinando assim as coordenadas dos pontos que a compõem. Este transporte de coordenadas serve também para ligar estes pontos às redes de coordenadas altimétricas e planimétricas de um país. (pt)
  • 导线测量:将一系列测点依相邻次序连成折线形式,并测定各折线边的边长和转折角,再根据起始数据推算各测点平面坐标的技术与方法。导线测量是平面的一种方法,由于导线结构比结构简单,适用于地形复杂地区或障碍物较多的平坦地区。中国在西藏地区天文大地网布设中主要采用导线测量法。 (zh)
  • Traverse is a method in the field of surveying to establish control networks. It is also used in geodesy. Traverse networks involve placing survey stations along a line or path of travel, and then using the previously surveyed points as a base for observing the next point. Traverse networks have many advantages, including: The traverse is more accurate than (a combined function of the triangulation and trilateration practice). (en)
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  • http://commons.wikimedia.org/wiki/Special:FilePath/Close_traverse.png
  • http://commons.wikimedia.org/wiki/Special:FilePath/Open_traverse.png
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  • المسح الاجتيازي أو الترافيرس هو أسلوب في مجال المسح لإنشاء شبكات المراقبة. كما انها تستخدم في الجيوديسيا. شبكات اجتياز تنطوي تضع محطات المسح على طول خط أو مسار الرحلة، وبعد ذلك باستخدام النقاط التي شملتها الدراسة سابقا كقاعدة للمراقبة النقطة التالية. شبكات اجتياز لها العديد من المزايا. المسح الاجتيازي هو أكثر دقة من triangulateration (وظيفة الجمع بين ممارسة التثليث والتثليث المساحي). (ar)
  • Ein Polygonzug ist die Spur eines Weges, der sich aus endlich vielen Geradenstücken zusammensetzt. In der Geodäsie und im Bauwesen sind Polygonzüge die wichtigsten Messlinien für terrestrische Detailvermessungen. Dort dienen Polygonzüge vor allem der Koordinatenbestimmung mehrerer Neupunkte in einem Arbeitsgang. Das Messen von Polygonzügen wird als Polygonierung bezeichnet. (de)
  • Traverse is a method in the field of surveying to establish control networks. It is also used in geodesy. Traverse networks involve placing survey stations along a line or path of travel, and then using the previously surveyed points as a base for observing the next point. Traverse networks have many advantages, including: * Less reconnaissance and organization needed; * While in other systems, which may require the survey to be performed along a rigid polygon shape, the traverse can change to any shape and thus can accommodate a great deal of different terrains; * Only a few observations need to be taken at each station, whereas in other survey networks a great deal of angular and linear observations need to be made and considered; * Traverse networks are free of the strength of figure considerations that happen in triangular systems; * Scale error does not add up as the traverse is performed. Azimuth swing errors can also be reduced by increasing the distance between stations. The traverse is more accurate than (a combined function of the triangulation and trilateration practice). (en)
  • 트래버스 측량(traverse surveying) 또는 다각측량은 측지망을 확립하기 위한 측량 방법의 하나이다. 즉, 거리와 방향각을 측정하여 평면 위치를 결정하는 측량 방법의 하나이다. 측량은 작업 순서에 따라 기준점을 정하는 골조측량과 세부측량으로 나누는데, 트래버스 측량은 중규모 이하의 골조측량에 해당한다. 삼각측량, 삼변측량에 의해 정해진 기준점의 보조 기준점 결정에 쓰이기도 한다. 노선, 하천, 제방같이 긴 형태의 지형 측량에 유리하다. 폐합 트래버스를 통해 면적을 계산할 수도 있다. 트래버스 측량은 각과 거리를 정확하게 측정해야 오차가 작은 정확한 값을 얻을 수 있다. (ko)
  • (рос.геодезический ход, англ. geodesic traverses, нім. geodätischer Gang m) — геодезична побудова у вигляді ламаної лінії. (uk)
  • A poligonal (topográfica) é uma figura geométrica de apoio à coordenação e levantamento topográfico, que tem como objetivo o transporte de coordenadas de pontos conhecidos com grande rigor (pontos de apoio), determinando assim as coordenadas dos pontos que a compõem. Este transporte de coordenadas serve também para ligar estes pontos às redes de coordenadas altimétricas e planimétricas de um país. (pt)
  • 导线测量:将一系列测点依相邻次序连成折线形式,并测定各折线边的边长和转折角,再根据起始数据推算各测点平面坐标的技术与方法。导线测量是平面的一种方法,由于导线结构比结构简单,适用于地形复杂地区或障碍物较多的平坦地区。中国在西藏地区天文大地网布设中主要采用导线测量法。 (zh)
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