HYPERCUBEPekerjaan

I'm in need of a logo for a company called "Tesseract Interactive". The company works in the High Risk industries (Adult Entertainment, Online Gambling and Gaming). It provides only Online Services,...Interactive". The company works in the High Risk industries (Adult Entertainment, Online Gambling and Gaming). It provides only Online Services, building, hosting and maintaining websites in these areas. The logo does not have to reflect the company field of business, but eventually can give you some idea of colors etc. Also, "Tesseract" means "in geometry, a tesseract or 4-cube is a four-dimensional hypercube, analogous to a two-dimensional square and a three-dimensional cube. " They don't know what they want, so let your imagination wor...

...d-dimensional vectors and vector clustering techniques on the MNIST dataset of handwritten numeric digits. -ANALYTICAL REQUIREMENTS DOCX WILL BE PROVIDED IN CHAT -A code is available but needs to read and output different things and that changes many .c files. Key Deliverables: Implement the LSH algorithm based on the Euclidean (L2) metric. Implement the random projection algorithm on the hypercube for the L2 metric. Implement vector clustering techniques using the k-Means++ initialization and MacQueen method for updating. Parse and handle input from binary files containing the MNIST dataset. Generate output files detailing search and clustering results. Ensure modular and documented code with a comprehensive README. Provide a Makefile for easy compilation. Requirements: Pr...

...d-dimensional vectors and vector clustering techniques on the MNIST dataset of handwritten numeric digits. -ANALYTICAL REQUIREMENTS DOCX WILL BE PROVIDED IN CHAT -A code is available but needs to read and output different things and that changes many .c files. Key Deliverables: Implement the LSH algorithm based on the Euclidean (L2) metric. Implement the random projection algorithm on the hypercube for the L2 metric. Implement vector clustering techniques using the k-Means++ initialization and MacQueen method for updating. Parse and handle input from binary files containing the MNIST dataset. Generate output files detailing search and clustering results. Ensure modular and documented code with a comprehensive README. Provide a Makefile for easy compilation. Requirements: Pr...

...domains of vector search and clustering. The primary task involves implementing the LSH algorithm for d-dimensional vectors and vector clustering techniques on the MNIST dataset of handwritten numeric digits. ANALYTICAL REQUIREMENTS DOCX WILL BE PROVIDED IN CHAT Key Deliverables: Implement the LSH algorithm based on the Euclidean (L2) metric. Implement the random projection algorithm on the hypercube for the L2 metric. Implement vector clustering techniques using the k-Means++ initialization and MacQueen method for updating. Parse and handle input from binary files containing the MNIST dataset. Generate output files detailing search and clustering results. Ensure modular and documented code with a comprehensive README. Provide a Makefile for easy compilation. Requirements: P...

...with a narrow range: [0.5, 1.5] and a wide range: [0.4, 1.6] 2. Time to maturity: τ with a narrow range: [0.3, 0.95] and a wide range: [0.2, 1.1] 3. Risk free rate: r with a narrow range: [0.03, 0.08] and a wide range: [0.02, 0.1] 4. Volatility: σ with a narrow range: [0.02, 0.9] and a wide range: [0.01, 1.0] 1.1 Create the dataset Create the dataset using the narrow and wide ranges via Latin Hypercube Sampling (LHS). 1.2 Read the dataset If you cannot create the dataset, you can read it from the files and available at: The first column is V/K, second column is S/K, third column is τ, fourth column is r and the fifth column is σ. 1.3 Divide the data into training, validation and test sets Split the

This task involves projecting a 4-dimensional hypercube onto a hyperplane (ie a 3-dimensional space). Let the hypercube have its vertices at the points (±1,±1,±1,±1), where all 16 vertices are obtained by using all combinations of plus and minus signs. The hyperplane to be projected must have the fourth dimension coordinate 0, in analogy with 3D, the xy plane is the plane where the third dimension coordinate z = 0. The projection must be a so-called oblique projection along a vector U from the vertices to a point in the hyperplane (ie the 3-dimensional regular space). One way to solve it is to go from a corner of the hypercube along the vector U until you reach the hyperplane (the one with the fourth component equal to zero), or create a m...

This task involves projecting a 4-dimensional hypercube onto a hyperplane (ie a 3-dimensional space). Let the hypercube have its vertices at the points (±1,±1,±1,±1), where all 16 vertices are obtained by using all combinations of plus and minus signs. The hyperplane to be projected must have the fourth dimension coordinate 0, in analogy with 3D, the xy plane is the plane where the third dimension coordinate z = 0. The projection must be a so-called oblique projection along a vector U from the vertices to a point in the hyperplane (ie the 3-dimensional regular space). One way to solve it is to go from a corner of the hypercube along the vector U until you reach the hyperplane (the one with the fourth component equal to zero), or create a m...

New company Xandria Technology Group LLC, can use the name or XTG in logo and would like to include a Hypercube or Tesseract in the logo. After logo contest winner is selected, convert into a very basic web splash page.

I need help implementing a hypercube project in C++. Starter code and testing files will be provided. Comments in code are not needed and code should be done in 12 hours with all tests cases passing, although project should not take 12 hours. Please see documents for instructions and explanations regarding implementation and testing. Please see .zip file for starter code

Need help to redesign a recursive-halving algorithm of a parallel quicksort on hypercube for a 2-D mesh topology Need pseudocode only please! Please let me know and I can send you the algorithm for hypercube

Making an animation the same as the uploaded one.

Calculation of communication cost of parallel algorithm of prefix sum on a d-dimensional hypercube and parallel program for it and parllel program's to calculate prefix sum

I want an hypercube that change the form, starting from a classical cube, it's evolve and change dimension in the time.

I need a custom, minimalistic logo for AI start-up (named Hypercube) inspired by the generalized hypercubes. (SVG format preferred)

We are computer-expert based company named as "hypercube computer society". We are seeking for a marketing expert who can promote our website and our services among 10k+ right audience. Company has certain thresholds so in order to get the payment you must complete certain achievements. The job will be simple and straightforward. Need huge traffic on the website and make people feel good about our services and contents.

I need someone who is an expert in algorithms and techniques. I will send you an article explains parameter tuning including these techniques: -Latin Square -Taguchi Orthogonal Arrays -Latin Hypercube -Calibra -Desing of Experts (DoE) I need a detail explanation about these techniques and an example of each of them. Please Find attached file it mentioned in Section 3.1 only.

I have specific problem that involves calculation of the hypercube properties as part of linear programming task I'm working on. I will give more info in private

I want to create a code by python language or by matlab, the code creates an animation of a spinning hypercube. The animation should be similar to the one shown in the attachment file. The hypercube is shown as vertices connected by lines. In the animation, the inner cube will increase and decrease in size (scaling) as the whole structure spins. The hypercube appears to rotate around a circular path, you can simplify the spinning motion by fixing the rotation axis. Please by using Matrixes in the code to do the animation.

Create a radial basis function surrogate model for a function(exercise_4_function) that is in a p-file(can not be seen). Use uniform-grid base set with N = ...nction) that is in a p-file(can not be seen). Use uniform-grid base set with N = 9, 25, 49, 100 and 169. Use Gaussian basis functions with c=1. Make surface plot of function and surface plot of the RBF model, indicate base points as black dots. Calculate the approximation error for each N using a separate set of 100 test points generated using Latin hypercube sampling(see more info in file exercise). I have a function for the Latin hypercube sampling, but it needs to be altered to fit this project. Try to make the code in functions with one small script to run the functions. The code needs to be well commented and I ne...

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Submit the following: A 3-5 page single-spaced project report (hard copy) containing the following sections: 1. your problem, 2. chosen algorithms, 3. associated data structures, 4. u...execution time and for (b) speedup as number of processes varies, and 9. your conclusions containing your interpretation of the performance of these programs, their limitations, and possible future improvements. Suggested problems 1. Sorting: Bitonic sort, hyperquick sort, sorting by regular sampling, bucket and sample sort 2. Fast Fourier Transform: hypercube topology 3. Solving Linear Systems: Row oriented Gaussian elimination on hypercube topology, Jacobi algorithm, Gauss Seidel algorithm, Conjugate gradient. 4. Shortest Paths in a Graph 5. Traveling Sales Person 6. Minimum spanning tree ...

Submit the following: A 3-5 page single-spaced project report (hard copy) containing the following sections: 1. your problem, 2. chosen algorithms, 3. associated data structures, 4. u...execution time and for (b) speedup as number of processes varies, and 9. your conclusions containing your interpretation of the performance of these programs, their limitations, and possible future improvements. Suggested problems 1. Sorting: Bitonic sort, hyperquick sort, sorting by regular sampling, bucket and sample sort 2. Fast Fourier Transform: hypercube topology 3. Solving Linear Systems: Row oriented Gaussian elimination on hypercube topology, Jacobi algorithm, Gauss Seidel algorithm, Conjugate gradient. 4. Shortest Paths in a Graph 5. Traveling Sales Person 6. Minimum spanning tree ...

Term Project Choose a problem from the topics below or other topics and design two different algorithms for this problem. For each algorithm, write a parallel program. Students w...speedup as number of processes varies, and 9. your conclusions containing your interpretation of the performance of these programs, their limitations, and possible future improvements. Presentation: The last class. Suggested problems 1. Sorting: Bitonic sort, hyperquick sort, sorting by regular sampling, bucket and sample sort 2. Fast Fourier Transform: hypercube topology 3. Solving Linear Systems: Row oriented Gaussian elimination on hypercube topology, Jacobi algorithm, Gauss Seidel algorithm, Conjugate gradient. 4. Shortest Paths in a Graph 5. Traveling Sales Person 6. Minimum spanning tree 7...

Term Project Choose a problem from the topics below or other topics and design two different algorithms for this problem. For each algorithm, write a parallel program. Students...number of processes varies, and 9. your conclusions containing your interpretation of the performance of these programs, their limitations, and possible future improvements. Presentation: The last class. Suggested problems 1. Sorting: Bitonic sort, hyperquick sort, sorting by regular sampling, bucket and sample sort 2. Fast Fourier Transform: hypercube topology 3. Solving Linear Systems: Row oriented Gaussian elimination on hypercube topology, Jacobi algorithm, Gauss Seidel algorithm, Conjugate gradient. 4. Shortest Paths in a Graph 5. Traveling Sales Person 6. Minimum spanning tree ...

I need a visual application that simulates the following algorithms: 1) Fault tolerant routing algorithm in hypercube. It is described in detail in the attached pdf. 2) Algorithm for finding k shortest disjoint path-pair between nodes in regular graphs( see attached doc ). It can be any topology, a random topology Use OpenGl to draw the graphs: Application will be written in C + + and should contain the following features: generation of hypercube layout: - Layout is generated depending on the number of nodes. For example: 8 nodes -> 3D hypercube (or 3-cube) 16 knots -> 4D hypercube (4 - cube) ..... and so on A third topology can be generated r...

I need a visual application that simulates the following algorithms: 1) Fault tolerant routing algorithm in hypercube. It is described in detail in the attached pdf. 2) Algorithm for finding k shortest disjoint path-pair between nodes in regular graphs( see attached doc ). It can be any topology, a random topology Use OpenGl to draw the graphs: Application will be written in C + + and should contain the following features: generation of hypercube layout: - Layout is generated depending on the number of nodes. For example: 8 nodes -> 3D hypercube (or 3-cube) 16 knots -> 4D hypercube (4 - cube) ..... and so on A third topology can be generated r...

I need a visual application that simulates the following algorithms: 1) Fault tolerant routing algorithm in hypercube. It is described in detail in the attached pdf. 2) Algorithm for finding k shortest disjoint path-pair between nodes in regular graphs( see attached doc ). It can be any topology, a random topology Use OpenGl to draw the graphs: Application will be written in C + + and should contain the following features: generation of hypercube layout: - Layout is generated depending on the number of nodes. For example: 8 nodes -> 3D hypercube (or 3-cube) 16 knots -> 4D hypercube (4 - cube) ..... and so on A third topology can be generated r...

...visual application that simulates the following algorithms: 1) Fault tolerant routing algorithm in hypercube. It is described in detail in the following pdf. 2) Fault tolerant routing algorithm in crossed cube. Described in pdf. 3) Algorithm for finding k shortest disjoint path-pair between nodes in regular graphs. It can be any topology, a random topology Application will be written in C + + / C # and should contain the following features: Automatic generation of hypercube layout: - Layout is generated depending on the number of nodes. For example: 8 nodes -> 3D hypercube (or 3-cube) 16 knots -> 4D hypercube (4 - cube) ..... and so on Sam...

...visual application that simulates the following algorithms: 1) Fault tolerant routing algorithm in hypercube. It is described in detail in the following pdf. 2) Fault tolerant routing algorithm in crossed cube. Described in pdf. 3) Algorithm for finding k shortest disjoint path-pair between nodes in regular graphs. It can be any topology, a random topology Application will be written in C + + / C # and should contain the following features: Automatic generation of hypercube layout: - Layout is generated depending on the number of nodes. For example: 8 nodes -> 3D hypercube (or 3-cube) 16 knots -> 4D hypercube (4 - cube) ..... and so on Sam...

Features to implements 1 - Left menu for powerups 2 - Powerup explosion: destroys the neighboring blocks 3 - Powerup row explosion: destroys the blocks of the selected row 4 - Powerup column explosion: destroys the blocks of the selected column 5 - Powerup hypercube: destroys all blocks of the selected color 6 - Powerup row plus explosion: destroys the blocks of the selected row and column 7 - Powerup bombing: destroys 6 sets of 5 random blocks 8 - Powerup draw explosion: destroys 10 blocks selected neighbors 9 - Powerup atomic bomb: destroy all blocks 10 - Hint button

...Activity Optimistic Most Likely Pessimistic C. Prepare Site 5 8 10 D. Lay Foundation 3 3.5 4 E. Erect Walls and Roof 6 9 11 F. Finish Exterior 5 7 10 G. Finish Interior 6 7 10 Use Crystal Ball to run a simulation of this project. Please use the following Run Preferences: 2000 Trials, Use Same Sequence of Random Numbers with an Initial Seed Value of 999, and the Latin Hypercube Sampling Method with a Sample Size of 500. Use the Set Cell Value to Distribution Mean option under Cell Preferences. Also, be sure to clearly indicate which cells are assumption cells and which are forecast cells, and indicate directly on the spreadsheet the distributions and parameters used for each assumption cell. Be sure to work directly in the provided Excel file. D...

Latin Hypercube Sampling - Orthogonal Set up a simple example of LHS Orthogonal sampling. Consider X1, X2 as normally distributed. Y = F(X1,X2) Provide the code in Visual Basic or C#. ## Deliverables 1) Complete and fully-functional working program(s) in executable form as well as complete source code of all work done. 2) Deliverables must be in ready-to-run condition, as follows? (depending on the nature? of the deliverables): a)? For web sites or? other server-side deliverables intended to only ever exist in one place in the Buyer's environment--Deliverables must be installed by the Seller in ready-to-run condition in the Buyer's environment. b) For all others including desktop software or software the buyer intends to distribute: A software? installation pack...

Rework 2 images. Professional designer are required, this is not a task for amateurs. 1. First image is the cube with a network on it: (check attaches document) Change the Cube picture. Keep, the hypercube concept, but instead of the small cube in the middle, create a sphere inside the cube. Inside the sphere in the middle, put the concept map related together with links, so that it looks like a brain inside the cube. Make sure the cube is transparent with good lights effects. There should be a "glass effect" on the cube faces, it should not look plain and simple as now. Second image is the japanese garden: Stylise the japanese garden picture (make it a drawing rather than a photograph), and replace all the small houses by in

...parallel application, the term efficiency refers to: a. number of processors / speedup factor. b. number of processors / time to run the application on a uniprocessor. c. the ideal speedup factor / number of processors. d. speedup factor / number of processors. 8. Cross product of an array’s extent determines its: a. density. b. range. c. shape. d. rank. 9. Embedding chain topology in a hypercube involves the use of: a. gray code ordering. algorithm. c. dynamic programming. d. branch and bound search. 10. The FORTRAN‑90 data parallel construct dp_locate is used for: a. returning a particular value if found anywhere in the array. b. returning the indices of a multidimensional array where a particular value resides. c. permuting the indices of a one-dime...

as discussed in pmb. please bid.

We are setting up a new web site for online shop. With an easy to use control panel. This site to look very professional. Preferably done in mainly blue, gray, and white.(Hi-tech , quanity look) Overall look should be bright . I want a very quality looking setup but one that looks good without a lot of text to it. The site will not have a message board, faq, customer support area, and/or things of that nature.

OSC Template Project.

As discussed on the message board.

As discussed on the message board.

Addition to Oscommerce site.

C++ code for deadlock free routing algorithm for 2 dimentional hypercube topology. ## Deliverables 1) Complete and fully-functional working program(s) in executable form as well as complete source code of all work done. ## Platform windows 98 or windows 2000.