|
Session 2
Mohammed Hamden:
mashamdan@yahoo.com
Department of Mechanical Engineering, Faculty of
Engineering and Technology, University of Jordan
Energy and Alternative Fuels
The continuous growth of petroleum price, the gradual
decrease in its reserves of conventional energy
resources, and the environmental problems created by the
combustion of this fuel, have placed great pressure on
energy supplies. Consequently researchers world wide
are working hard for alternative energy sources such as
biofuels, emulsified fuels and renewable energy
sources. Energy consumption in the transportation
sector in the world represents 26% of the total energy
consumption. So far almost all of this quantity is
consisting of crude oil derivatives. Currently, biofuel
and emulsified fuels are being used on very limited
scale as an alternative fuel to power internal
combustion engines in few countries, with biofuel being
derived from agricultural product, which will increase
the food shortage in the world. To solve crude oil
depletion without affecting the food status in the
world, biofuel has to be derived from other sources
Session 3
Kusum Deep
kusumfma@iitr.ernet.in;
kusumdeep@gmail.com
Department of Mathematics, Indian Institute of
Technology
Nature Inspired Optimization Techniques and
Applications
Nature Inspired Optimization (NIO) Techniques are
attractive global optimization methods inspired by the
various phenomena arising in nature. They include
Genetic Algorithms, Memetic Algorithms, Differential
Evolutions, Particle Swarm Optimization, Glowworm Swarm
Optimization, Bee Algorithms, Bacterial Foraging, Ant
Colony Algorithms, etc. These are relatively a newer
addition to the class of numerical optimization
algorithms. These methods have been successfully applied
to a wide range of real-world application problems. This
special session seeks to bring forward and highlight the
latest developments in this promising research area by
bringing together researchers and practitioners. Authors
are invited to submit their original and unpublished
work to this Special Session |