## CHECK THESE SAMPLES OF Computational Phylogenetic

...? **Computational** MCMC Bayesian Inference **Computational** MCMC Bayesian Inference The Markov Chain Monte Carlo (MCMC) method employs Markov Chain to simulate Monte Carlo experiments. These experiments provide estimates to quantities by executing statistical experiments. MCMC takes a Bayesian approach to conduct the essential mathematical integration using simulation. In the Bayesian inference framework, probability estimation is used to quantify the uncertainty in the parameters (Chen, 2010). The data is certain and is considered fixed. On the other hand, parameters are uncertain and thus are represented as random variables. Since it is not usual to consider a single value of a parameter, we get a posterior distribution. A posterior... as This...

10 Pages(2500 words)Assignment

...? **Computation** Sustainability and Biodiversity Biodiversity is composed of all the ecosystems, genes and species in a particular area with its scale being dependent on variation of the various life forms in an ecosystem or the entire earth as well as the genes in a particular species in the ecosystem. The health of the various ecosystems can be measured by biodiversity largely due to the climate and interactions between the different species that affect biodiversity. Species in an ecosystem are biologically arranged, and this arrangement is dependent on various factors such as climate as well as dependency between species on the ecosystem. The distribution of species is subject to change in the ecosystems, depending on...

4 Pages(1000 words)Essay

...CFD FOR FILTERS **COMPUTATIONAL** FLUID DYNAMICS FOR FILTERS CFD FOR FILTERS 2
**COMPUTATIONAL** FLUID DYNAMICS (CFD) IN FILTERS
**Computational**- Involving rigorous mathematics and intensive **computational** algorithms.
Fluid- Anything that has a tendency to flow, i.e. all liquids and gases.
Dynamics- Scientific discipline concerned with the study of particles in motion.
Filters- A physical interface that removes particles/pollutants from polluted fluid flows.
OPERATIONAL DESIGN OF THE SYSTEM [1]
Essentially, a CFD simulation protocol is so computationally intensive and involves such esoteric mathematical skills (because it involves the solution of non-linear partial differential...

13 Pages(3250 words)Essay

...ment of Purpose Samar (Second Objective: Pursue MS in **Computational** Finance
University: (University Name)
As part of my endeavor to pursue Masters of Science in **Computational** Finance field, I am presenting my Statement of Purpose.
I still remember my mathematics classes of native school days as if they have just passed by. While the rest of my class would flounder in their attempts to solve labyrinthine mathematical problems, I would complete them accurately with relative ease. Since the very beginning of my academic life, I have possessed acumen in the science of numbers. I am a firm believer that the universal language is not...

2 Pages(500 words)Essay

...**COMPUTATIONAL** FLUID DYNAMICS FOR EXTERNAL AERODYNAMICS OF BUILDINGS INTRODUCTION In this fast moving world the need to control and predict the movement of fluids is a common problem. Scientists have worked hard on this are an so far the study of this area is called fluid dynamics and the systems that are studied range from weather patterns, through aircraft aerodynamics to the way blood circulates. Since IT has a massive role in the current globalization process engineers have devised systems called as the CFD or **Computational** fluid dynamics. **Computational** Fluid Dynamics (CFD) uses current IT to solve these problems using the fundamental of physics. Due to the advancements in almost every field CFD and its application is a rapidly... ...

8 Pages(2000 words)Essay

...**Phylogenetic** Relationship of a Group of Organisms During the of evolution, life forms have evolved from the most primitive protozoa to the highly organized plant and animal species which possess certain features and characteristics which point towards a common basis for the origin of life. The basic physiological mechanisms follow similar patterns in all life forms but the morphological as well as genetic uniqueness of each species show how differentiation occurred over the span of history. The common traits and characteristics within species, genera and phyla can be related and studied through **phylogenetic** studies and by cladistics which is a measurement tool for comparing the evolutionary changes and...

2 Pages(500 words)Essay

...of values of and at time zero at and . If we wanted to work out the values of and at time then we would need to do this on the basis of values of and at time zero at and , see figure 2.
Figure 2: It shows the characteristic method in action.
So the smaller the time step is made, the finer the spatial grid must be and vice versa: must hold. This constraint means that the **computation** time will vary with the square of either the number of time-steps or spatial segments chosen.
We have adopted the following physical properties for both pipe and fluid:
Pipe properties:
Diameter
Length
Wall thickness
Elasticity
Lame coefficient
Roughness
Fluid properties: assumed constant,...

5 Pages(1250 words)Outline

...**Computational** RC circuit Lab Introduction In this lab, the major objective was to simulate a RC circuit that could allow us to measure the current and voltage across the resistor and capacitor. Meeting the above objective provided a platform for exploring how charge on capacitor changes with time when different parameters were varied. Apart from a graph of charge on capacitor against time, another one for current against time was also plotted to current is affected by change on charge on capacitor. This could the give an immediate overview about the activities of a capacitor in a circuit. Parameters that were changed to meet the objective of this study includes charge across, capacitance and resistance.
Conclusion
Both simulation...

1 Pages(250 words)Lab Report

...**Computational** Exercise 3 Worksheet: Cyclotron motion What is cyclotron motion? (1pt) A charged particle is moving in the magnetic field with velocity. It moves in a circle at the end
2 Why does a charged particle moving in a direction perpendicular to a magnetic field move in a circle? (1pt)
Taking the equation of, the cross product between will produce a perpendicular force for the magnetic field.
3 What is the force from the magnetic field on a charged particle moving parallel to a magnetic field? What is the force on a charged stationary particle in a magnetic field? (1pt)
forces on charged stationary particles will be
4 Write down the magnitude of the Lorentz force for a particle in a magnetic field. Write down...

1 Pages(250 words)Lab Report

...Introduction **Computational** fluid Dynamics (CFD) can be described as the art of replacing existing PDE systems with a set of algebraic equations which can be solved using digital **computers**. **Computational** fluid Dynamics (CFD) usually provides a qualitative prediction of the fluid flow by the means of mathematical modeling, numerical methods and software tools (Ferziger and Peric, 2006). CFD enables engineers and scientists to perform numerical environments in virtual flow laboratories. **Computational** fluid Dynamics (CFD) has a wide range of uses in the engineering and scientific research. It can be used by architects to produce 3D models of their buildings, by engineers...

11 Pages(2750 words)Assignment