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You are in the Lesson 7 online content now. View Calendar in Canvas for specific due date. Please submit your paper to the Lesson 7 Paper Drop Box located in the Lesson 7 module. Write a 2,400 word paper on one topic covered in the course over the previous weeks. (That forum can be accessed at any time by going to the GEOG 862 course in Canvas and then looking inside the Lesson 7 module.) To participate in the discussion, please go to the Lesson 7 Discussion Forum in Canvas. You can also navigate the lecture material via the links in the Lessons menu. Click on the links at the bottom of the page to continue to the next page, to return to the previous page, or to go to the top of the lesson. Read the lecture material for this lesson. Read Chapter 6 in GPS for Land Surveyors. The Overview page is previous to this page, and you are on the Checklist page right now. You may find it useful to print this page out first so that you can follow along with the directions. (See the Calendar in Canvas for specific due dates.) To finish this lesson, you must complete the activities listed below.
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(To access the forum, return to Canvas and navigate to the Lesson 7 Discussion Forum in the Lesson 7 module.) While you are there, feel free to post your own responses if you, too, are able to help out a classmate. If you have any questions now or at any point during this week, please feel free to post them to the Lesson 7 Discussion Forum.
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discuss some of the components of Static GPS/GNSS control such as equipment, station data sheets, visibility diagrams, monumentation and logistics.
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describe how to calculate the number of sessions necessary for a static survey.d escribe the difference between dependent and independent baselines.explain Static GPS/GNSS project design.explain Continuously Operating Reference Stations.discuss the basics of planning a static GPS/GNSS survey.discuss the difference between precision and accuracy.ObjectivesĪt the successful completion of this lesson, students should be able to: In this lesson, we start to get into the real details of how static GPS/GNSS work is done. Therefore, the goal remains to mitigate the biases and extract the true ranges. GPS/GNSS measurements are still composed of fundamentally biased ranges. These weaknesses in the data can sometimes be prevented before they happen by best practices such as optimization of the observation schedule. In any case, left undetected, such dissolution can jeopardize an entire project. Blunders from operators, noisy data, and unhealthy satellites can corrupt entire sessions. For example, some processing and data checking should be performed on a daily basis during a GPS/GNSS project. It is still the preferred approach for establishing the most accurate positions, the control.
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Static GPS/GNSS, where the receiver is stationary, is the original GPS/GNSS method.