There are several things that I appreciate from this class:
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\item[1]
\[ u_t=Ku_{xx}+Q\]
To solve the above equation most of the time (For the sake of simplicity) we set $K=1$. This is how I solved similar type of equations in my undergraduate study. But you explained the importance of K. You said, for a small rod, K is not that important as in airplane (K is a material property). I will never forget this. I'm really interested studying PDE and to see the world through mathematics and then work for a new invention.\\
\item[2] You have introduced short and sweet ways of simplifying. It save my time in different ways.
I. Integration by parts: Story of the big brother and the little brother.\\
II. A simple way of getting inverse of a special type of matrix.\\
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It helps me to understand the idea behind the linear algebra. The fundamental problem of linear algebra: Solve the system of linear equation.\\ \item[4] All most all the time you intended to explain the problems in both physical and mathematical way. It helps me to understand the things that we are capable to do as mathematicians.\\
\item[5] I really like the motivation that you gave before explain the Green's function. You have divided the black board in to two parts and explained the concept of Green's function by comparing with the system $Ax=b$. Then I saw the connection of linear algebra and functional space. I clearly understood the different between a linear operator and a differential
3.3. Frontier molecular orbital The electronic structure of the doped fullerene interacting with glycine compared to pure fullerene C20 has been calculated with density functional theory using the B3LYP/6-31G basis set. The molecular orbital theory, the relative chemical reactivity of a molecular system can be estimated using HOMO and LUMO energies and overlaps of molecular orbital [18-20]. The electronic transition from the HOMO to LUMO are mainly derived from the electron density transfer n orbital to p* orbital.
‘Chubby’ is a unified lock service created by Google to synchronize client activity with loosely coupled distributed systems. The principle objective of Chubby is to provide reliability and availability where as providing performance and storage capacity are considered to be optional goals. Before Chubby Google was using ad-hoc for elections, Chubby improved the availability of systems and reduced manual assistance at the time of failure. Chubby cells usually consist of chubby files, directories and servers, which are also known as replicas. These replicas to select the master use a consensus protocol.
Hadoop [8] is an open source implementation of MapReduce programming model which runs in a distributed environment. Hadoop consists of two core components namely Hadoop Distributed File System (HDFS) and the MapReduce programming with the job management framework. HDFS and MapReduce both follow the master-slave architecture. A Hadoop program (client) submits a job to the MapReduce framework through the jobtracker which is running on the master node. The jobtracker assigns the tasks to the tasktrackers running on many slave nodes or on a cluster of machines.
Consider a fog network consisting of a pool of E cloudlets, some are active and some not, and a set u of N users that are distributed uniformly over the network area. Moreover, user-nodes (UNs)are interested in a set of A tasks, each task has required CPU cycles of k per bit of task data. In the proposed model we focus on the uplink transmission . UNs have computing tasks that arrive following Poisson
Files According to the research conducted by Hadeel Tariq Al-Rayes of the University of Diyala there are twelve categories of files that were changed on the Linux kernel to develop Android. This document discusses only five categories. The first one is the Goldfish where it is claimed 44 files were changed.
subsection{Recommending Unexpected Relevant Items} Once the forgotten items have been identified, we need to distinguish relevant ones from the rest. Given user taste shifts, as well as the changes in the system as a whole, not all unexpected items remain relevant, and consequently useful for recommendation. The key concept to identify relevant items is the extbf{relevance score} of the items at each moment. We propose four strategies to define the relevance score of each unexpected item.
HPC uses several parallel processing techniques to solve advanced computational problems quickly and reliably. HPC is widely used in sciatic computing applications like weather forecasting, molecular modeling, complex system simulations, etc. Traditional supercomputers are custom made and very expensive. A cluster, on the other hand, consists of loosely coupled of the-shelf components. Special programming techniques are required to exploit HPC capabilities.
3.4 Displaying meaningful results Plotting points on a graph for analysis becomes difficult when dealing with extremely large amounts of information or a variety of categories of information. For example, imagine you have 10 billion rows of retail SKU data that you are trying to compare. The user trying to view 10 billion plots on the screen will have a hard time seeing so many data points. One way to resolve this is to cluster data into a higher-level view where smaller groups of data become visible. By grouping the data together, or “binning,” you can more effectively visualize the data.
VP networks are the best solution for the company. Because it will improve productivity, extend geographic connectivity and simplify network topology with ensuring security, reliability and scalability. Also, VPN can be very convenient not like other methods e.g. leased lines that can get very expansive. There are two types of VPN: Remote-Access and Site-to-Site.
Doing so helps your brain and yourself to come up with a better guess as to what the subject might do and why it did what it did. This will help a lot if you make
How did this teach me about science? Well, I think this helped me teach me about science because, Its like how do you get to this, to this. For example:
It is an important element and contributes a lot in learning
Lastly, it can make learning enjoyable. so the next time you failed or made a mistake, this is not a setback, but an opportunity to learn to achieve greater
It provided knowledge that I did not know before and helped my science passion grow some more. These two activities are educational as well as fun, which I hope can later help
After coming to terms with the way Mr.Larson teaches i use his abstract methods to stimulate my thinking. Instead of thinking of something from a basic point of view, I try to imagine it the way Mr.Larson would. Which ends up giving me the answer to a problem from two different perspectives. A due to Mr.Larson formerly being a student at Middletown High School,i believe he understands and empathizes with students more. What is greater than a teacher truly understanding the plight of their students.