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Related:  Algorithms

Top 10 Algorithms for Coding Interview PDF: Update History, Latest version (8/1/2016) The following are the common subjects in coding interviews. As understanding those concepts requires much more effort, this tutorial only serves as an introduction. The subjects that are covered include: 1) String/Array/Matrix, 2) Linked List, 3) Tree, 4) Heap, 5) Graph, 6) Sorting, 7) Dynamic Programming, 8) Bit Manipulation, 9) Combinations and Permutations, and 10) Math Problems. I highly recommend you to read "Simple Java" first, if you need a brief review of Java basics. 1. An algorithm problem's input is often a string or array. 2. Common methods to solve matrix related problem include DFS, BFS, dynamic programming, etc. 3. The implementation of a linked list is pretty simple in Java. Two popular applications of linked list are stack and queue. Stack Queue The Java standard library contains a class called "Stack". 4. A tree normally refers to a binary tree. Here are some concepts related with trees: 4.1 Tree 4.2 Heap 4.3 Trie 4.4 Segment Tree

science blogs Phoenix Miner Installation and Configuration Guide Setting up a dedicated phoenix miner in Ubuntu : Powers "ITS NOT MY FAULT GUY" disclaimer.... *** if shit blows up. it isn't my fault. *** Step 1.)Load a fresh Ubuntu Natty 11.04 64-bit Desktop with the latest updates and log into system with a user that has sudo permissions. $ sudo apt-get remove nvidia-common $ sudo apt-get install libqtgui4 Step 2.) Load python and other development tools $ cd ~ $ sudo apt-get install python-setuptools python-numpy subversion g++ libboost-all-dev Step 3.) Download and install ATI Driver 11.5 for Linux 64bit. $ cd ~ $ wget $ sudo sh --buildpkg Ubuntu/natty $ sudo dpkg -i *.deb $ sudo apt-get -f install $ sudo aticonfig -f --initial --adapter=all $ sudo reboot Step 5.) Step 8.) Step 10.) All of the below is optional, and doesn't always. it was a pain to get working for me. Create a startminer script using code from below.

Gödel's Lost Letter and P=NP | a personal view of the theory of computation The Cochrane Collaboration open learning material Meta-analysis is the use of statistical methods to combine results of individual studies. This allows us to make the best use of all the information we have gathered in our systematic review by increasing the power of the analysis. By statistically combining the results of similar studies we can improve the precision of our estimates of treatment effect, and assess whether treatment effects are similar in similar situations. The decision about whether or not the results of individual studies are similar enough to be combined in a meta-analysis is essential to the validity of the result, and will be covered in the next module on heterogeneity. In this module we will look at the process of combining studies and outline the various methods available. There are many approaches to meta-analysis. Pooling participants (not a valid approach to meta-analysis). This method effectively considers the participants in all the studies as if they were part of one big study. Jeff Erickson's Algorithms Sadly, this page has become embarrassingly stale. Updated revisions of most notes, along with unedited video captures of several lectures, are indeed available on the web sites of my most recent courses: (You might notice that some of the updated notes look more like book chapters.) Check back this summer for a major update to this page, complete with three more years of homeworks, exams, and lab problems. This page contains lecture notes and other course materials for various algorithms classes I have taught at the University of Illinois, Urbana-Champaign. The notes are numbered in the order I cover the material in a typical undergraduate class, wtih notes on more advanced material (indicated by the symbol ♥) intersprsed appropriately. Each lecture note includes several exercises, and a near-complete archive of my old homeworks, exams, and discussion problems also follows the lecture notes on this page. Feedback is always welcome, especially bug reports. Everything Algorithms Notes

systematic analysis