“... a mind needs books as a sword needs a whetstone, if it is to keep its edge” (Tyrion Lannister). Set in the Medieval Ages, A Game of Thrones written by George R. R. Martin is an engaging and intriguing battle for the iron throne. Ned Stark, lord of Winterfell and Hand of the king, battles endlessly to drive sense into the, Robert Baratheon king of the seven kingdoms and outmaneuver Robert’s wife Cersei. While Ned is in the capital with his daughters Arya and Sansa, his oldest son, Robb rules
Question #1 What differences and similarities did you notice between the trees you generated? In particular how did the trees generated with DNA differ than the one you made with physical traits? - One difference that I observed between the trees generated based on physical traits versus the trees based on DNA were that the trees based on DNA were far more accurate than the trees based on physical traits. The DNA generated trees were based on the physical genetic code, and the similarities between
This graph is from Street Blog USA, by Tanya Snyder. The pie graph above represents the amount of deaths Americans have encountered from 2003-2012 from regular car crashes, motorcycles and bicyclists. Functions • Graphics are Indispensable in demonstrating logical and numerical relationships- Without graph logical and numerical relationships, would be almost impossible to understand without proper graphics. • Graphics can communicate spatial information effectively than words alone – Graphs help
In my network I began with department stores as the central node, the department store node also is bigger in appearance compared to all the other nodes. My nodes represent objects concepts, nouns. My edged represents one node influencing another node. To distinguish between the four categories of art, technology, science of culture, I gave my nodes weight so ranking them by color would be more efficient. I gave the department store a node of one and colored it red, branching off from department
The knight’s tour In this paper, I will discuss the knight’s tour, a chess puzzle relatable to graph theory. I will talk about the history of the problem, how it is related to the Hamiltonian paths and circuits, and some techniques to finding the many different tours and proving their existence. The knight is, as you might know, the only chess piece that does not move in a straight line. No, the knight moves two spaces in one direction, and then on in a perpendicular direction. The knights tour
Step 1: Create a cluster having N number of nodes using the formula Cm,k. For all m=0,1,2……N-1 K=1,2,……...logN Step2: Assume that all the nodes in the network can i nitiate the diagnosis and all the nodes are fault free at the initial stage of algorithm execution. Step 3: Start the Diagnosis process: Repeat for K=1 to log N Do Send i_hb( p, q , Dq, init_hb_msg) Set_Timeout (Tout) Step4: Find out response time and tested node response r_hb (q, p, D’q ,res_hb_msg) if Dq = D’q, // then
discoveries in infinitesimal calculus and the graph theory. Preeminent mathematician of the eighteenth century, Leonhard Euler, has been believed to be one of the greatest mathematicians to ever live. Euler has been given recognition for introducing much of the modern mathematical terminology and notation, mostly for mathematical analysis, such as the notion of a mathematical function. His work in mechanics, fluid dynamics, astronomy, optics, and music theory have also contributed to him being well
aspects of physics, with priority on superstring theory, lesser known as string theory. By first discussing some of the fundamental forces, it leads the way to the discussion of light speed, motion and mechanics, and again, paves the way for the next chapter until the end. It seems to be assessing the quality of the theory by addressing some it’s ‘rights and wrongs’. The validity of the claims in the book seem to be nicely founded on great scientific theories with brilliant explanation on it all. Brian