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1. Research On Topics Of Bioinformatics Employing Ensemble Learning Algorithm
2. Groundwater Vulnerability Assessment Based On Numerical Simulation
3. Numrical Study On The Spatially Varying Drag Coefficient In Simuation Of Strorem Surges Employing The Adjoint Method
4. Research On Single Objective Optimization Employing Evolutionary Computation
5. Manipulating The Propagations Of Electromagnetic Waves Inside Waveguide By Employing Metamaterials
6. Employing DNA Family Shuffling For Creating A Novel Strong Plant Na~+/H~+ Antiporter Gene
7. Processing Solid Organic Wastes Employing Maggots Assisted By Microbe And Development Of The Relevant Products
8. Designs Of Sers-based Biosensor For Biomolecules Employing DNA Triple-Helix
9. The Investigation Of Exciton Dynamics Coupled With Phonon In MEH-PPV By Employing CARS
10. Research On Multi-wavelength Erbium-doped Fiber Laser Employing A Large-core Fiber Filter
11. Research On Detection Technology Of Underwater-Object Employing Power Frequency Electromagnetic Field
12. BOTDA Sensing Employing A Brillouin Fiber Laser Probe Source For Frequency Shift
13. Research On Multi-wavelength Erbium-doped Fiber Laser Employing A Triple-core Photonic Crystal Fiber Filter
14. Scalar flux measurements in turbulent pipe flow employing combined particle image velocimetry and planar laser induced fluorescence
15. Employing the spectral collocation method in the modeling of laminar tube flow dynamics
16. Employing laboratory physical modeling to study the radio imaging method (RIM)
17. Droplet Feedback Mechanisms on a Digital Microfluidic Platform and Development of Hyperbilirubinemia Panel
18. Investigating bacterial diversity employing a bTEFAP approach resulting in isolation and characterization of an actinomycete library from Atlantic Canada for antimicrobial and anticancer drug discovery
19. Accelerating the performance of a novel meshless method based on collocation with radial basis functions by employing a graphical processing unit as a parallel coprocessor
20. Employing Diffusion Monte Carlo to Study Ro-vibrational Excited States and Minimized Energy Paths of Partially Deuterated Methane
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