STAR*NET Upgrades

STAR*NET handles networks containing conventional observations combined with GPS vectors, with up to 10,000 adjustable stations. Differential leveling observations can also be included within a 3D adjustment. Whether a survey consists of a single-loop traverse or a complex network of interconnecting traverses, all observations are adjusted simultaneously to produce a single best-fit solution. STAR*NET can reduce observations to NAD27, NAD83, or UTM with separate grid factors calculated for all distances and t-T corrections calculated for all angles. Continue reading →

STAR*NET handles networks containing conventional observations combined with GPS vectors, with up to 10,000 adjustable stations. Differential leveling observations can also be included within a 3D adjustment. Whether a survey consists of a single-loop traverse or a complex network of interconnecting traverses, all observations are adjusted simultaneously to produce a single best-fit solution. STAR*NET can reduce observations to NAD27, NAD83, or UTM with separate grid factors calculated for all distances and t-T corrections calculated for all angles. Continue reading →

STAR*NET handles networks containing conventional observations combined with GPS vectors, with up to 10,000 adjustable stations. Differential leveling observations can also be included within a 3D adjustment. Whether a survey consists of a single-loop traverse or a complex network of interconnecting traverses, all observations are adjusted simultaneously to produce a single best-fit solution. STAR*NET can reduce observations to NAD27, NAD83, or UTM with separate grid factors calculated for all distances and t-T corrections calculated for all angles. Continue reading →

STAR*NET handles networks containing conventional observations combined with GPS vectors, with up to 10,000 adjustable stations. Differential leveling observations can also be included within a 3D adjustment. Whether a survey consists of a single-loop traverse or a complex network of interconnecting traverses, all observations are adjusted simultaneously to produce a single best-fit solution. STAR*NET can reduce observations to NAD27, NAD83, or UTM with separate grid factors calculated for all distances and t-T corrections calculated for all angles. Continue reading →