تقرير نهائي لمشروع بحث Research project final report / Rapport final du projet de recherche 1 4102 برنامج دعم البحوث العلمية Grant Program for Scientific Research in Lebanon – 2012 Programme de subvention à la recherche scientifique au Liban – 2012 مستند إداري Administrative Document -------- Administrative information / المعلومات اإلداري :المرجع Project Title - )عنوان المشروع (عربي وأجنبي In-pipe Robot Inspection System Principal Investigator - الباحث الرئيسي Riad El Solh 1107-2020 العنوان ramsA einaD االسم والشهرة Address da20@aub.edu.lb العنوان االلكتروني Name & surname enADstam emsnADisci em tAsDec e-mail -17437030 رقم الهاتف Assistant Professor Telephone المؤسسة Institution الوظيفة Post Co-investigators - الباحثون المشاركون العنوان االلكتروني e-mail es34@aub.edu.lb المؤسسة Institution االسم والشهرة Name and surname enADstam emsnADisci em s sA hSannai tAsDec 2 4102 برنامج دعم البحوث العلمية Grant Program for Scientific Research in Lebanon – 2012 Programme de subvention à la recherche scientifique au Liban – 2012 .1 Duration and starting date of the research / المدة التعاقدي للمشروع وتاريخ بدء البحث iAaDi y Duration (year) / المدة التعاقدية للمشروع hA0c ypSS Starting date of the research /وتاريخ بدء البحث Scientific Information / العلمي المعلومات.2 ّ Objectives - الهدف (mandatory field to fill 5-8 lines) – ) أسطر8-5 : ( معلومات إلزامية The objective of the research was to develop a system for navigation inside of a pipe that can locate itself as well as profile as well as localize the position of deformations (dents) within the pipe. The proposed method is to endow the robot with a profiler that can measure the inner profile of the pipe while the robot is navigating. The navigation system is one that uses a camera (Kinect or regular cameras), performing what is known as Structure from Motion (SfM) for localization. The profiling is done using the fusion of range information from a laser range finder, as well as the range extracted via SfM. Achievements - أالنجازات المحقق (mandatory field to fill 5-8 lines) – ) أسطر8-5 : ( معلومات إلزامية During the past 2 years we have were successful in realizing most of the goals set out in the original vision of this project. More specifically, we developed a system for motion estimation that works specifically in long homogenous environments (such as pipes or long corridors). This is a challenging problem since these environments lack visual and geometric features, thereby making motion estimation using regular SfM or Iterative Closest Point (ICP) . We also developed a system that can accurately profile the inside of a pipe using a rotating laser range finder. Perspectives - آفاق البحث 3 4102 برنامج دعم البحوث العلمية Grant Program for Scientific Research in Lebanon – 2012 Programme de subvention à la recherche scientifique au Liban – 2012 (mandatory field to fill 5-8 lines) – ) أسطر8-5 : ( معلومات إلزامية The perspective for the research output of this grant spans across the industry of pipe manufacturing and laying as well as for research in motion estimation and mapping. To be more specific manufacturers of piping equipment can use the technology that we developed for their profiling systems. On the other hand the research community needs a solution to the problem of motion estimation in long homogenous environments that lack visual and geometric saliencies. Publications & Communications - المنشورات والمساهمات في المؤتمرات We have and will be publishing several papers thanks to the support of LNCSR in the past two years. The list is as follows: 1. Jean Lahoud, Daniel Asmar, Bernard Ghanem, Ali Thabet,. Robust RGB-D SLAM in Feature-Poor Planar Environments Advanced Robotics (AR), (submitted) 2. Joy Sfeir, Elie Shammas, and Daniel C. Asmar. Design and Modeling of a Novel Single-actuator Differentially Driven Robot. IEEE/ASME International Conference on Advanced Intelligent Mechatronics (AIM), Besancon, France, July 8-11, 2014 3. Wael Salem, Elie Shammas, Daniel C. Asmar, and Salah Bazzi. Dynamic Analysis of Angular Swivel Steering Mechanism with Applications to Step Climbing. IEEE/ASME International Conference on Advanced Intelligent Mechatronics (AIM), Besancon, France, July 8-11, 2014 4. Noel El Khazen, Daniel C. Asmar, Nagib Metni, and Elie Shammas. Humanoid fall avoidance from random disturbances predicted via a Decision Volume. IEEE International Conference on Biomedical Robotics and Biomechatronics (BIOROB), August 12-15, Sao Paolo, Brazil, 2014 Abstract - موجز عن نتائج البحث (mandatory field to fill 5-8 lines) – ) أسطر8-5 : ( معلومات إلزامية The infrastructure in most of Lebanon and the region is getting old. This will eventually warrant the replacement of tens of thousands of kilometers of pipeline. The enormity of this task is daunting and its completion will demand considerable financial resources over a considerable amount of time. In the meantime it is inevitable that pipes will fail, infiltrations will occur, and risk to human and animal health is high. It is intuitive then that there is a significant need for a system capable of navigating within the current infrastructure and localizing critical points within a pipe where immediate remedial action is needed. The focus of this proposal is to address this need by developing a mobile platform that is capable of fitting within the current pipelines, and localize where the pipe has or will fail. 4 4102 برنامج دعم البحوث العلمية Grant Program for Scientific Research in Lebanon – 2012 Programme de subvention à la recherche scientifique au Liban – 2012 توقيع الباحث Daniel Asmar 5 4102 برنامج دعم البحوث العلمية Grant Program for Scientific Research in Lebanon – 2012 Programme de subvention à la recherche scientifique au Liban – 2012