1. It is requested that you design an ALS mission to collect data on urban/sub-urban area. The area dimension is 10x15km2. The characteristics of the system used are as follows: a) pulse rate = 100 KHz, b) the scan angle = 30 degrees, c) beam divergence = 0.3 mrad. You have also been informed that the flying speed and altitude should not exceed 300 km/h and 1000m, respectively. [8 marks]
Calculate:
a- The pulse footprint at an angle of 15°.
b- The swath width of a strip covered by the system.
c- The surveyed area rate.
d- The mean point density.
e- The mean point spacing.
f- The time to complete the mission considering an overlap area between strips of not less than 20% and maneuvering time of 40% of the flying time to cover the area of interest.
WE HAVE DONE THIS QUESTION BEFORE, WE CAN ALSO DO IT FOR YOU
GET SOLUTION FOR THIS ASSIGNMENT, Get Impressive Scores in Your Class
TO BE RE-WRITTEN FROM THE SCRATCH
GET SOLUTION FOR THIS ASSIGNMENT
TO BE RE-WRITTEN FROM THE SCRATCH
- Original and non-plagiarized custom papers- Our writers develop their writing from scratch unless you request them to rewrite, edit or proofread your paper.
- Timely Delivery- primewritersbay.com believes in beating the deadlines that our customers have imposed because we understand how important it is.
- Customer satisfaction- Customer satisfaction. We have an outstanding customer care team that is always ready and willing to listen to you, collect your instructions and make sure that your custom writing needs are satisfied
- Confidential- It’s secure to place an order at primewritersbay.com We won’t reveal your private information to anyone else.
- Writing services provided by experts- Looking for expert essay writers, thesis and dissertation writers, personal statement writers, or writers to provide any other kind of custom writing service?
- Enjoy Please Note-You have come to the most reliable academic writing site that will sort all assignments that that you could be having. We write essays, research papers, term papers, research proposals The pulse footprint at an angle of 15°
Comments
Post a Comment