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Purdue >> C E >> 506 (Fall, 2008)
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Purdue >> C E >> 506 (Fall, 2008)
Ce506 homework #2 solution 6-sep-02 Problem 1. minimize f ( x, y ) = 2 x 2 + 3 y 2 subject to y = 2 x + 5 (a) Solution by substitution Extract and solve the matrix equation f ( x) = 2 x 2 + 3(2 x + 5 )2 = 14 x 2 + 60 x + 75 df dx = 28 x + 60 = 0 ...
Purdue >> C E >> 506 (Fall, 2008)
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Purdue >> C E >> 506 (Fall, 2008)
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Purdue >> C E >> 506 (Fall, 2008)
CE 506 02 Homework #3 Solution, Obs. Only using matrix method Problem 3-9 # 1 2 3 4 obs 30-00-20 50-00-00 20-00-00 40-00-20 Problem 3-10 n=4, n 0=3, r=1 1 cond. eqn. Av = f 10 10 sec v= 10 10 #x y n=5, n 0=2, r=3 3 condition equations 1 ...
Purdue >> C E >> 506 (Fall, 2008)
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Purdue >> C E >> 506 (Fall, 2008)
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Purdue >> C E >> 506 (Fall, 2008)
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Purdue >> C E >> 506 (Fall, 2008)
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Purdue >> C E >> 506 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
Tues. 16 Sept. ...
Purdue >> C E >> 597 (Fall, 2008)
elim_col.m % elim_col.m 8-nov-04 % eliminate a list of columns from a matrix function Bnew = elim_col(B,col_list); [m,n]=size(B); [p,q]=size(col_list); nelim=max([p q]); newcol=n-nelim; if(newcol<1) disp(\'trying to eliminate too many columns\'); pause...
Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
dist5ep.lst dist5ep B= 0.42589 0.90477 0.99905 -0.043544 0.19971 -0.97986 -0.94523 -0.3264 -0.77559 0.63124 f= -2.4229 -0.4799 2.3474 1.1803 -1.0864 W= 7.1111 0 0 7.1111 0 0 0 0 0 0 iter = 1 del = -0.53606 -2.4965 iter = 2 del = 0.0069202 -0.00071653...
Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
% % % % % cep2.m cep2.m 11-nov-04 for given 2x2 covariance and probability P, compute radius yielding P under bivariate normal syntax res=cep2(P,cov); original in d:\\classes\\ce603_03\\ function res=cep2(P,cov) sx2=cov(1,1); sy2=cov(2,2); sxy=cov(1,2...
Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
9/30/08 10:38 AM D:\\classes\\data1_08\\triangle1.m 1 of 1 % triangle1.m 25-sep-08 % observation only solution of nonlinear % triangle problem degrad=57.29577951; l=[10.1;7.4;12.5;36.22/degrad;53.78/degrad]; l0=l; old_l0=l0; sig=[0.1;0.1;0.1;0.005;0....
Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
function varargout = regtool(varargin) % REGTOOL M-file for regtool.fig % REGTOOL, by itself, creates a new REGTOOL or raises the existing % singleton*. % % H = REGTOOL returns the handle to a new REGTOOL or the handle to % the existing singleton*. %...
Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
d.lst % demo functions 6-nov-08 % to help with homework 4 X=[100;500;300]; Y=[1000;1200;1400]; degrad=180/pi; a=36.8/degrad; d=447.2; disp(\'distance2d function i=1,j=2\'); distance2d(d,1,2,X,Y) disp(\'angle2d function i=1,j=3,k=2\'); angle2d(a,1,3,2,X,Y...
Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
STAR*NET V6 Least Squares Survey Adjustment Package Ten-Station Demonstration Program A Tour of STAR*NET Including STAR*NET-PRO Features STARPLUS SOFTWARE, INC. 460 Boulevard Way, Oakland, CA 94610 510-653-4836 TOUR OF THE STAR*NET PACKAGE Overvi...
Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
CE 597 (029) ADjustment of Geospatial Observations Fall \'08 Purdue University - School of Civil Engineering last update 26-aug-08 Instructor Jim Bethel, CIVL 4109, Tel: 494-6719, Email: bethel@ecn.purdue.edu Primary Text Analysis and Adjustment of Su...
Purdue >> C E >> 597 (Fall, 2008)
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Purdue >> C E >> 597 (Fall, 2008)
CE 597 (029) Adj. of Geospatial Obs. HW6 Assigned Thur 4 Dec Due Thur 11 Dec Thur. Dec., Thur. Dec. Go to http:/www.ngs.noaa.gov/CORS/ for info and data related to the Continuously Operating Reference Stations operated by and in conjunction with NGS ...
Purdue >> C E >> 597 (Fall, 2008)
1100 1000 900 800 700 600 500 400 300 200 0 200 400 600 800 1000 1200 10/16/08 11:14 AM R:\\data1_08\\dist5.m 1 of 2 % dist5.m 13-oct-08 % initial approx (see graphics for approx) x0=410.5; y0=462.4; n=5; n0=2; r=n-n0; c=n; u=n0; B=zeros(c...
Purdue >> C E >> 597 (Fall, 2008)
note: make 2-sided test. ...
Purdue >> C E >> 603 (Fall, 2008)
planck.m function Slam=planck(lam) % input a vector of lambdas, and compute a corresponding vector % of values of the planck function S_lambda (dL/dlambda) % for blackbody at temp T=5800 kelvin (i.e. the sun) % this function will be passed to \"quad\" ...
Purdue >> C E >> 603 (Fall, 2008)
Homework 4 CE603, 2007 Assigned Monday 2 april, due 1 week Make a matlab function that evaluates the condition equations for point A7 on the lafayette quickbird scene. Use the following values for the kepler elements kep_a=1.0e+004 *0.6823124589467...
Purdue >> C E >> 603 (Fall, 2008)
CE 603 Photogrammetry II Some Definitions (from Elachi, 1987) Radiant Energy: The energy carried by an electromagnetic wave. It is a measure of the capacity of the wave to do work by heating an object or changing its state. Radiant Flux: The time rat...
Purdue >> C E >> 603 (Fall, 2008)
eoPortal directory: Ikonos-2 Block-1 Page 1 of 8 News Events Images Directory Catalogues Maps Orbits Services-Support About Directory Information Presentation You are not logged in Register Log in Service Ikonos-2 Block-1 Resources of s...
Purdue >> C E >> 603 (Fall, 2008)
Using the Runge-Lenz vector to derive the orbit in a 1/r potential Richard Low <richard@wentnet.com> June 2004 Here we nd a conserved quantity, the Runge-Lenz Vector, in any orbit in a 1/r potential and use this to show the orbit is elliptical or, in...
Purdue >> C E >> 603 (Fall, 2008)
Coordinate Conversions 1. The following ECI state vector was given as an ephemeris point for an EROS-A scene over the Purdue campus. X Y Z dXdt dYdt dZdt time 5022605.826 m -337894.999 4688512.959 5013.829 m/s -1689.863 -5475.162 2004/04/11 16:03:19....
Purdue >> C E >> 603 (Fall, 2008)
dgeph.txt satId = \"QB02\"; revNumber = 6984; stripId = \"018F24\"; type = \"R\"; version = \"A\"; generationTime = 2003-01-16T19:58:19.000000Z; startTime = 2003-01-15T16:30:25.613302Z; numPoints = 1536; timeInterval = 0.020; ephemList = ( ( 1, 408384.884429...
Purdue >> C E >> 603 (Fall, 2008)
CAMERAS Consumer digital CCD cameras Aerial Cameras Leica RC-30 Zeiss RMK Zeiss RMK in aircraft Vexcel UltraCam Digital (note multiple apertures Lenses for Leica RC-30. Many elements needed to minimize distortion and other aberrations Leica digi...
Purdue >> C E >> 603 (Fall, 2008)
Tutorial on the satellite imaging in a non-synchronous mode (1) ASYNCHRONOUS IMAGING MODE Traditionally, remote sensing (imaging) satellites were designed to scan in a synchronous mode, which meant that the scanning velocity of the satellites camera...
Purdue >> C E >> 603 (Fall, 2008)
CE 603 Photogrammetry II Photogrammetry from Space Spring 2007 E/O (electro-optic) sensors (Quickbird, Ikonos, Orbview 3, Eros A, Spot 5, ) o New Quickbird scene coming (0.6m spatial resolution, PRGBI) depending on coverage, may need some 511 stu...
Purdue >> C E >> 603 (Fall, 2008)
defn of conic section OP = e PD e = 1 ; parabola e < 1; ellipse e > 1; hyperbola r = e OD OQ Expression of conic section in polar coordinates y ( ) r = e(OD r cos ) r = eOD er cos eOD constant, call it p r = p er cos r (1 + e cos ) = p p...
Purdue >> C E >> 603 (Fall, 2008)
CE 603 Homework 1 Satellite Camera Radiometry Spring 2007 Design an 0.4 meter GSD, panchromatic satellite camera for low earth orbit (400-2000 km). Give recommendation for the following and show how you arrived at your values: Altitude Focal length...
Purdue >> C E >> 603 (Fall, 2008)
Cold War Era, High Altitude Photography from the U2 Recently De-classified Data and Imagery from the Corona Program Recovery of Corona Film Canister after Return from Orbit Recovery of Corona Film Canister After Return from Orbit Geometry of Ster...
Purdue >> C E >> 603 (Fall, 2008)
Digital Globe QuickBird (0.6m) Scene (Basic imagery) acquired Oct. 6, 2006 (Saturday) North Campus with new Armstrong Building Tennis Courts behind Corec Building How can we see 5cm lines in a 60cm pixel? The Feast of the Hunters Moon Re-enacting...
Purdue >> C E >> 603 (Fall, 2008)
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Purdue >> C E >> 603 (Fall, 2008)
STDI-0002, VERSION 2.1, 16 November 2000 AIRBORNE SUPPORT DATA EXTENSIONS (ASDE), VERSION 1.1, 16 NOVEMBER 2000 S AR Image First Pixel Row 1 Row 2 First Pixel NITF Ima ge Row n-1 Row n Last Pixel Last Pixel FIGURE 8-5. HISTORIC SAR COLLECTION R...
Purdue >> C E >> 603 (Fall, 2008)
18. Infra-Red Imaging Subsystem (IRIS) Instrument Parameters Brodsky (1991) suggests the following parameters for remote sensing instruments: - focal plane detector, pattern, and cooling - dwell time on each IFOV - aperture size - focal length of the...
Purdue >> C E >> 603 (Fall, 2008)
KODAK Solid State Image Sensors: KLI-5001 Specifications Page 1 of 1 Wednesday, January 25 Main > Linear Sensors > KLI-5001 > Specifications More About KLI-5001 Related to this item: Full Specification (pdf 277K, Revision 8, May 21, 2002) Speci...
Purdue >> M E >> 396 (Fall, 2008)
Usability Study of Web Portfolio Names of Reviewers _ Directions for Conducting the Usability Study The overall purpose of a usability study is to test the functionality, design, and professionalism of a product, which is usually a document or Web ...
Purdue >> M E >> 396 (Fall, 2008)
Resume Checklist (Reviewers: Respond to each question in the space provided, then print or email this document to the writer. Be sure to enter your name in the space provided.) Name of Reviewer: _ Name of Writer: _ 1. What can the writer do to make ...
Purdue >> M E >> 396 (Fall, 2008)
Collaborative Project Evaluation Form YOUR NAME: _ Project: _ TEAM MEMBERS\' NAMES: _ __ DIRECTIONS: Respond to each question as openly and honestly as you can. I will be the only person to see your evaluation of your teams performance and will use ...
Purdue >> M E >> 396 (Fall, 2008)
Student Information Sheet This sheet is intended to both familiarize you with using downloadable course templates and provide me with your personal contact and background information. Please use the following prompt to guide your response, replacing ...
Purdue >> M E >> 396 (Fall, 2008)
English 396, Creative or Professional Project Fall 2001 . Section 0101 LAEB B274 T/Th 10:30-11:45 Dr. David Blakesley Office Hrs: T/Th 9-10, 3-4 Office: Heavilon 302c Ph: 765.494.3772 Fax: 765.494.3780 blakesle@purdue.edu Project 3: Creative or Pr...
Purdue >> M E >> 396 (Fall, 2008)
English 396, Client-Based Multimedia Project Fall 2001 . Section 0101 LAEB B274 T/Th 10:30-11:45 Dr. David Blakesley Office Hrs: T/Th 9-10, 3-4 Office: Heavilon 302c Ph: 765.494.3772 Fax: 765.494.3780 blakesle@purdue.edu Project 2: Client-Based Mu...
Purdue >> M E >> 396 (Fall, 2008)
Guidelines for Conducting an Interview 1. Request an interview in advance. Explain why you want the interview, how long it will take, and what you hope to accomplish. Its also a good idea to provide the interviewee with some questions to think about ...
Purdue >> M E >> 396 (Fall, 2008)
Technology ChecklistEnglish 396 Use the following checklist to make certain that you can meet the deadline for demonstrating minimum technological proficiency by Thursday, August 23. If you are able to all of the boxes, then you are ready to partici...
Purdue >> M E >> 396 (Fall, 2008)
English 396-Multimedia Writing Fall 2001 . Section 0101 LAEB B274 T/Th 10:30-11:45 Print-Friendly Version (PDF format) Overview Required Texts Course Goals Projects & Activities Grading Technology Other Policies This course will help students un...
Purdue >> M E >> 396 (Fall, 2008)
English 515Advanced Professional Writing Dr. Blakesley Notes from Web Style Guide (Online), Chapter 3, Site Design Overview The four basic steps in organizing information on a website are to 1. 2. 3. 4. Divide it into logical units, Establish a hiera...
Purdue >> M E >> 396 (Fall, 2008)
English 396, Web-Based Portfolio Project Fall 2001 . Section 0101 LAEB B274 T/Th 10:30-11:45 Dr. David Blakesley Office Hrs: T/Th 9-10, 3-4 Office: Heavilon 302c Ph: 765.494.3772 Fax: 765.494.3780 blakesle@purdue.edu Project 1: Web-Based Professio...
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