Background

The study of algorithms is at the very heart of computer science. In the last five decades, a number of significant advances have been made in the field of algorithms ranging from the development of faster algorithms to the startling discovery of some natural problems for which all known algorithms are found to be inecient. These results triggered considerable interest in the study of algorithms, and the area of algorithm design and analysis has evolved into a field of interest. Teaching and research in this foundational aspect of computing is therefore a natural and desirable thrust area. Hence, algorithmic studies form a major component of computer science programs in colleges and universities.

In the last four decades, graph and geometric problems have been studied by computer science researchers using the framework of analysis of algorithms. Graph theory is the study of the properties of graphs. Graph algorithms are one of the oldest classes of algorithms and they have been studied for almost 300 years. Graphs provide essential models for many applications areas of computer science, and at the same time, they are fascinating objects of study in pure and applied mathematics. There have been a number of exciting recent developments in graph theory that are important for designers of algorithms to know about. Correspondingly, the algorithmic viewpoint of computer science has stimulated much research in graph theory. Graph theory and graph algorithms are inseparably intertwined subjects.

On the other hand, the main impetus for the development of geometric algorithms came from the progress in computer graphics, computer-aided design and manufacturing. In addi- tion, algorithms are also designed for geometric problems that are classical in nature. The success of the field can be explained from the beauty of the geometry problems studied, the solutions obtained, and by the many application domains- computer graphics, geographic information systems, robotics and others, in which geometric algorithms play a crucial role.[Top]

Objectives

Graph and geometric algorithms are at the heart of many computer applications. So, it is expected that computer scientists and professional programmers know frequently used algorithms and generic techniques for eficient organization and retrieval of data, modeling, understanding and solving graph and geometric problems. This introductory workshop provides an opportunity to the participants for getting exposed to the field of graph and geometric algorithms, which may help them in future in solving graph and geometric problems and designing new algorithms. With this objective, graph and geometric theory and algorithms for some problems will be presented in the workshop by a distinguished panel of speakers. [Top]

Areas

Geometric Algorithms, Graph Algorithms, Graph Theory, Randomized Algorithms, Approximation Algorithms, Data Structures, Algorithmic Techniques, Computational Geometry, Combinatorial Geometry, Computer Graphics, Discrete Mathematics, Robotics. [Top]

Participants

Teachers and students (undergraduate, post-graduate and doctoral) of Computer Science and Mathematics are eligible to attend this workshop. Participants are expected to have taken introductory courses in Discrete Mathematics, Data Structures and Algorithms. Scientists and engineers working in research laboratories or industries with required background are also welcome to attend the workshop. [Top]

Benefits

Participants will be exposed to key tools and techniques in the field of graph and geometric algorithms. Speakers are key figures in their respective research areas, and the purpose of the workshop is to expose students, teachers, and computer professionals to various key developments in these research areas. This will benefit the participants in designing, analyzing and implementing complex software, especially arising in the field of robotics, geographical information systems, route planning, wireless and mobile networks. Workshop may lead to active collaboration between participants and resource persons in these areas. Participants will be issued certificates for attending the workshop. [Top]

Coordinators

• Prof. Biswajit Deb (Co-Convener), Department of Mathematics, Sikkim Manipal Institute Of Technology, East Sikkim, Mjitar 737132.
• Prof. Subir Kumar Ghosh (Co-Convener), School of Technology & Computer Science, Tata Institute of Fundamental Research, Mumbai 400005.
• Prof. Tejbanta Singh Chingtham, Department of Computer Science and Engineering, Sikkim Manipal Institute Of Technology, East Sikkim, Mjitar 737132.
• Prof. Sudebkumar Prasant Pal, Department of Computer and Engineering, Indian Institute of Technology, Kharagpur 721302.
• Prof. Debabrata Purohit, Deaprtment of Mathematics, Sikkim Government College, Gangtok-737102
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Course Outline (Tentative)

Algorithmic Paradigms:

• Speaker: Arijit Bishnu, Indian Statistical Institute, Kolkata.
  Topic: Introduction to Randomized Algorithms.
• Speaker: Subir Kumar Ghosh, Tata Institute of Fundamental Research, Mumbai.
  Topic: Introduction to Approximation Algorithms.

Graphs & Algorithms:

• Speaker: Swami Sarvattomananda, RKM Vivekananda University, Belur.
  Topic: Algorithms for Planar Graphs.
• Speaker: Abhiram G. Ranade, Indian Institute of Technology, Bombay.
  Topic: Graph Partitioning.
• Speaker: Amitabha Bagchi, Indian Institute of Technology, Delhi.
  Topic: Information Diffusion on Social Networks.
• Speaker: Arnab Basu, IIM, Bangalore.
  Topic: Big Data: The Future of Computing.

Computational Geometry:

• Speaker: Sandip Das, Indian Statistical Institute, Kolkata.
  Topic: Convexity of Point Sets.
• Speaker: Partha Goswami, University of Calcutta.
  Topic: Introduction to Computational Geometry.
• Speaker: Sudebkumar Prasant Pal, Indian Institute of Technology, Kharagpur.
  Topic: Geometric Data Structures.

Geometry & Applications:

• Speaker: Subhashis Banerjee, Indian Institute of Technology, Delhi.
  Topic: Projective Geometry for Computer Vision.
• Speaker: Subhasis Chaudhuri, Indian Institute of Technology, Bombay.
  Topic: Haptic Rendering: How do we touch an object?
• Speaker: Amitabha Mukerjee, Indian Institute of Technology, Kanpur.
  Topic: Robot Motion Planning

Registration

1. There is no registration fee.
2. A limited number of travel support is available for outstation participants from Northeast India.
3. Accommodation is available for outstation participants.
4. Maximum of 100 applications will be selected for the workshop.
5. Lunch will be provided free of cost to all participants at the workshop venue for all three days.
6. Registration is closed.