List of Journals    /    Call For Papers    /    Subscriptions    /    Login
 
 
 
 
 SEARCH
By Author By Title
 
 
ABOUT CSC
 About CSC Journals
 CSC Journals Objectives
 List of Journals
 CALL FOR PAPERS
 Call For Papers CFP
 Special Issue CFP
AUTHOR GUIDELINES
 Submission Guidelines
 Peer Review Process
 Helpful Hints For Getting Published
 Plagiarism Policies
 Abstracting & Indexing
 Open Access Policy
 Submit Manuscript
 FOR REVIEWERS
 Reviewer Guidelines
 FOR EDITORIAL
 Editor Guidelines
 Join Us As Editor
 Launch Special Issue
 Suggest New Journal
 CSC LIBRARY
 Browse CSC Library
 Open Access Policy
  SERVICES
 Conference Partnership Program (CPP)
 Abstracting & Indexing
 SUBSCRIPTIONS
 Subscriptions
 Discounted Packages
 Archival Subscriptions
 How to Subscribe
 Librarians
 Subscriptions Agents
 Order Form
 DOWNLOADS
 
 
 
 
Development of Algorithms Under Matlab for the Study of Characteristics Motion Components Associated With Descending Moon Impact Probe (mip) and its Validation From Sequential Photo Images Aquired During the Descend From Chandrayan-1.
Full text
 PDF(1.33MB)
Source 
International Journal of Experimental Algorithms (IJEA)
Table of Contents
Download Complete Issue    PDF(2.38MB)
Volume:  2    Issue:  3
Pages:  NULL
Publication Date:   November / December 2011
ISSN (Online): 2180-1282
Pages 
74 - 81
Author(s)  
 
Published Date   
15-12-2011 
Publisher 
CSC Journals, Kuala Lumpur, Malaysia
ADDITIONAL INFORMATION
Keywords   Abstract   References   Cited by   Related Articles   Collaborative Colleague
 
KEYWORDS:   Chnadrayan 1, Shackleton Crator , Moon Impact Probe, Motion components, MATLAB 
 
 
No record found
 
 
The present paper is an attempt to know the motions characteristics associated with descending motion of MIP, a probe on board Chandrayan -1 designed to impact moon surface at pre decided location for scientific data collection from close range. For this , three independent motions viz.; spinning ,coning and translations were considered for a falling object and algorithms have been developed under MATLAB to simulate the surface trace from assumed parameters. Similar surface traces were generated using the time sequential images acquired by the descending MIP to moon surface without considering the three fundamentals motions as in first case. It has been observed that the two moon surface trace are quite similar which supports our assumptions of three above said independent motions. Such study is expected to provide a basis to choose suitable motion parameters for future MIP release to moon surface.  
 
 
 
1 Bussey DBJ, BD Spudis and MS Robinson (1999) Illumination condition at the Lunar South pole, Geophysics Research Letter ,26,1187-1190.
2 Goswami J.N., M. Annadurai, (2009), “Chandrayaan-1: India’s first planetary science mission to the moon” Current Science, vol. 96, no.4. page no.486-491
3 Kumar Ashok and MIP Project Team, 2009, “The Moon Impact Probe on Chandrayan -1” Current Science, Vol 96,No 4 Feb 2009 pp 540 – 543.
 
 
 
 
 
 
 
 
V K Srivastava : Colleagues
Tapas Kumar Nandy : Colleagues
Anurag Verma : Colleagues  
 
 
 
  Untitled Document
 
Copyrights (c) 2012 Computer Science Journals. All rights reserved.
Best viewed at 1152 x 864 resolution. Microsoft Internet Explorer.
 
  
 
Copyrights & Usage: Articles published by CSC Journals are Open Access. Permission to copy and distribute any other content, images, animation and other parts of this website is prohibited. CSC Journals has the rights to take action against individual/group if they are found victim of copying these parts of the website.