ASPECTS OF THE USE OF TECHNOLOGY COMBINED THICKENING NETWORK OF SUPPORT IN THE FORESTRY SECTOR, IN HARDWOODS FOREST STANDS PUBLISHEDCristian Ghiţă Crainic, Laura Vasilica Damian None
Achieving development support network in the forestry sector presents a number of features due to working conditions. Modern technologies in the sector requires a number of ground measurements of working conditions, which in the forest sector often can not be achieved only partially. Obtaining accuracy of various works carried out in the forest sector may be influenced by the technologies of specialized programs that work and post-processing calculation. One possibility to achieve works of stuff network support in the forestry sector is represented by the use of combined technologies, depending on their technical requirements and that the working conditions on the ground. GNSS and conventional technologies now provide the logistics sector land measurements. Programs for work can provide a number of advantages even in the particular situation of working, that when visibility is reduced or the signals received by GPS receivers can be affected by a number of perturbation factors. Hyper-specialized software working methods used in technological processes benefits from a number of possibilities to optimize the results, obtaining results that are characterized by accuracy within the tolerances proposed technical standards. A method which can be successfully used for thickening and support network to achieve network that lifting the details of the forestry sector is the intersection of linear limit, a generic method called free station. By applying this method will determine the spatial coordinates of a new point that will be stationed with total station and which will cover at least two points whose coordinates were determined with GNSS technology. The flexibility of this method is that the points determined by GNSS technology can be placed conveniently in terms of technical conditions claimed by this technology. In the case study were analyzed a series of points whose spatial coordinates were determined with more modern technology work to assess the efficiency of the method with the Free Station. The results obtained in this case study recommends working method analysis to determine points of stuff network support and network that lifting the details of the forestry sector.
forestry sector; geodezical network support; technology combined, GNSS technology; conventional technology; free station