Iteration

The specification of hardware is GPU used : NVIDIA GTX280 (has about 30 multiprocessors each with 8 processors, frequency is 1.29 GHz) CPU used : Intel i5D, 4 cores, frequency of 2.67 GHz. GPU memory, bandwidth : 1 GB, 141.7GB/s To get a more clear picture speedup calculated only after the I/O file is completed. Results that are obtained from the proposed differential (data size dependent) approach are compared with other approaches like HP_k_means (for smaller hence low-dimension data),…

done long with the quality of the product and how long it will take to get the MVP out. I learned that this was a great way to think about developing software it helped our team to see what needed to be done for the first iteration of the game, and eventually further iterations. The next…

Calculation Factor fc=(dx^2*dy^2)/(2*(dx^2+dy^2)); % Define accuracy epsilon=0.00001; error=2*epsilon;% initial value for error % Define Initial Condition Phi=zeros(nx,ny); % Define Boundary Condition Phi(1,:)=100.0; Phi(nx,:)=0.0; Phil=Phi; % Iteration Loop iter=2; tic % Start Timer while error >=epsilon % Check the Allowed Accuracy Phi=Phil; %replace old value with new value % Update inner points for i=2:(nx-1) for j=2:(ny-1)…

Reliability and Validity Reliability refers to the extent to which a series of similar assessments are consistent in the result they give (Rubin & Babbie, 2010). This is a crucial aspect of carrying out tests which may be a way of testing bias as well as distortion. For instance, this can be tested in an actual situation with a DNA test. A DNA test that needs to show if a suspects DNA matches a sample at a crime scene. To ensure that the scale is reliable, the sample can be tested twice and if…

Iterations will be done in other to find an ellipse that contains θ1 and θ2, that complies with the time of flight and in which mars will be in the desired position after the duration of the trip. For each iteration we will assign a value for the angle of inclination Knowing this we can write the equation for both the point of arrival and of departure…

and red balls: green offering a payoff of $50 while a red draw would result in a $0 payoff. In the first iteration, Tank A contained a known 5-5 split while Tank B held an undisclosed number of red and green balls. Unsurprisingly, all but two individuals chose Tank A: illustrating the group’s strong preference for risk over ambiguity. It was a result we expected to extend into the second iteration, wherein Tank A’s proportion of red to green balls shifted to 6-4; despite the increased risk of…

estimation of all unknown variables. The main advantage of Newton Raphson method is the superior convergence because of quadratic convergence usually employed for large sized system. It is more accurate and smaller number of iterations than Gauss-Seidel method. The number of iterations is not dependent on the system size. The method is insensitive to factors like slack bus selection, regulating transformers and presence of series capacitors. It is comparatively faster and more…

feedback during development • An operational prototype can be produced in weeks • As solutions emerge, users become more positive about the process and the result • Prototyping enables early detection of errors and omissions Disadvantages • Each iteration builds on the previous. The final solution might be only incrementally better than the initial solution • Formal end-of-phase reviews might not occur, it is very difficult to contain the scope of the prototype, and the project never seems…

I remember that day as clearly as the sky. I had recently bought a new iPhone 6s, a sleek, metallic phone that glistened under the sun; the new iPhone was the next big thing, and I could hardly wait to bask in the envy of my friends. However, as I brandished the iPhone, it came out in the shape of a banana, its sleek silver design dented under the sheer weight of my butt. Instantly, I became the fool of the group as everyone laughed at the pathetic shape of the iPhone, pointing and jeering at my…

function fetches the count of CPU clock cycles. After taking the elapsed clock cycles between two successive calls to RDTSC instruction, we can divide it by the CPU clock frequency to get the absolute time. We have run this operation for 50,000 iterations and found the minimum, maximum, average and steady point(mode). We are convinced that “Steady Point” is the best method to measure a quantity because this excludes the outliers and variations that occur in the system. An alternate method is to…