BMEF – Infrastructure for students & their studies

Confused?Which course to choose? Career choices are life choices. Take them seriously. Come, join BMEF and do it correctly. “Find out what you like doing best and get someone to pay you for doing it”. Education is a journey not a race. Be a part of this beautiful journey of life with BMEF. Find out perfect course for you at BMEF, where you learn and leave behind legacy that people will follow. Bhagwan Mahavir Education Foundation (BMEF) is a well known Trust established in 2002 .It’s main objective is to provide Quality Education to the students of Gujarat and undertake all the activities for upliftment and job oriented education. The foundation was registered on 24 Jan 2002 at SURAT.

Under BMEF trust they have 3 engineering colleges. BMCET – Bhagwan Mahavir College of Engineering And TechnologyMSCET – Mahavir Swami College Of Engineering And TechnologyBAIT – Bhagwan Arihant Institute and Technology All colleges teach various courses like Engineering & Technology, Science & Te…


3D Measurements is still being a great challenge. Although a lot of research is involved in stereovision systems, most of the geometrical problems can be minimised when the system is used for industrial applications. Moreover, light control can be achieved allowing better segmentation results. The Robotics and Computer Vision Group at the University of Girona is involved in 3D Measurement developing systems for either research or industrial applications. Coded structured light is based on the projection of a light pattern that has been previously coded in order to solve the correspondence problem. Then, this light pattern is projected onto a scene and the captured by a camera. Linear a nonlinear calibration are used to model the camera and the pattern projector. Triangulation is applied to obtain 3D reconstruction of the scene and a single pattern projection allows the system to measure moving objects. Some application of this technique has been tested in an underwater robot as we describe in the next section with the aim of obtaining the desired 3D information for navigation.
Fig: 1 moving hand imaged by the pattern and its final reconstruction.


The work developed in this vision area by our Group consists initially in the
segmentation of natural scenes based on the obtaining of a set of frontiers of the most
perceptively significant regions, the so-called Circumscribed Contours. This method is
based on two main properties: The contour must have an important length and that the
contours separate sufficiently differentiated regions. The proposed algorithm for segmentation runs in four phases: 1. - Obtaining of the Integrated Local Contour Image. 2. - Contour Restoration and Pruning. 3. - Analysis of Contour Separation Capabilities (chromatic characteristics and texture).        4. Obtaining of the Most Relevant Contours: Relevance value of each contour. The final result is an
image with the identification of its main contour.


Underwater Robotics and Vision Applications:

In collaboration with the Polytechnic University of Catalonia (UPC) our research group has
developed a low cost underwater robot called Garbi. It is oriented both to perform undersea
observations and to carry out simple manipulation tasks like sample collection. The robot is
teleported from a surface computer connected to the underwater unity through an umbilical
cable. Its two 3 DOF arms can be controlled by using an special developed exoskeleton
mounted on the operator's chair. In the field of underwater robotics, we are working on the
mathematical modelling of the vehicle and the definition and implementation of a hybrid
control architecture to transform the robot in a full autonomous underwater vehicle. By
means of positioning by laser recognition we are involved in a project of co-ordinated cooperation for specifically tasks of two teleported underwater vehicles.

Fig 4. The Garbi Underwater Robot and the laser positioning system          Fig. 5 Garbi carrying out a task.


Mr. Hojiwala Robin A.
Mahavir swami polytechnic


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